private void SelectWriteType(SaveImplementType type, object value)
{
byte[] tx = Encoding.UTF8.GetBytes(value.ConverToString());
byte[] txEncrypt = EncryptHelp.AESEncrypt(tx, SaveDefaultData.EncryptKey, SaveDefaultData.EncryptValue);
switch (saveSetting.saveImplementType)
{
case SaveImplementType.ImplementByte:
if (txEncrypt != null)
{
SerializeHelper.SerializeBinary(saveSetting.path, txEncrypt);
}
break;
case SaveImplementType.ImplementJson:
var tempJson = new JsonTestFloat {
Savekey = this.saveSetting.filenameData.tag, SaveValue = txEncrypt
};
tempJson.SaveJson(this.saveSetting.path);
break;
case SaveImplementType.ImplementProto:
var tempProto = new ProtoBufSave {
Savekey = this.saveSetting.filenameData.tag,
SaveValue = (int)value
};
tempProto.SaveProtoBuff(this.saveSetting.path);
break;
case SaveImplementType.ImplementXML:
SerializeHelper.SerializeXML(this.saveSetting.path, txEncrypt);
break;
}
}
public SaveSetting(string tag, string path, SaveImplementType type = SaveImplementType.ImplementByte)
{
filenameData = new FilenameData(tag);
this.path = path + tag;
this.saveImplementType = type;
FileMgr.Instance.CreateDirIfNotExists(path);
}
/// <summary>
/// 保存+默认保存路径+默认风格
/// </summary>
/// <typeparam name="保存的类型"></typeparam>
/// <param name="保存的内容"></param>
/// <param name="保存的key"></param>
/// <param name="保存的实现方式"></param>
public static void Write <T>(T param, string key, SaveImplementType type = SaveImplementType.ImplementByte)
{
SaveSetting setting = new SaveSetting(key, type);
using (Writer writer = Writer.Create(setting)) {
writer.Write <T>(param, setting.filenameData.tag);
}
}
private void ReadFileData(SaveImplementType type = SaveImplementType.ImplementByte)
{
using (Profiler p = new Profiler("SaveToolsHelp.Reader")) {
for (int i = 0; i < count; i++)
{
SaveToolsHelp.Reader <int>(i + "文件", type);
}
}
}
private void WriteFileData(SaveImplementType type = SaveImplementType.ImplementByte)
{
using (Profiler p = new Profiler("SaveToolsHelp.Write")) {
for (int i = 0; i < count; i++)
{
SaveToolsHelp.Write(i, i + "文件", type);
}
}
}
/// <summary>
/// 读取文件+可以输入默认值的，如果读不到的情况
/// </summary>
/// <typeparam name="读取的类型"></typeparam>
/// <param name="读取的key"></param>
/// <param name="读取的默认值"></param>
/// <param name="读取的方式"></param>
/// <returns></returns>
public static T Reader <T>(string key, T defaultData, SaveImplementType type = SaveImplementType.ImplementByte)
{
SaveSetting setting = new SaveSetting(key, type);
using (Read reader = Read.Create(setting)) {
//if (!Exists(identifier)) {
// return default(T);
//}
return(reader.Reader(setting.filenameData.tag, defaultData));
}
}
private object ReadValue(SaveImplementType type, EnumSaveTypeKey keyType)
{
switch (type)
{
case SaveImplementType.ImplementByte:
Stream stream = FileMgr.Instance.OpenReadStream(this.saveSetting.path);
if (stream != null)
{
stream.Close();
var data = SerializeHelper.DeserializeBinary(this.saveSetting.path);
if (data != null)
{
switch (keyType)
{
case EnumSaveTypeKey.SaveInt:
return(int.Parse(data.ToString()));
case EnumSaveTypeKey.SaveLong:
return(long.Parse(data.ToString()));
case EnumSaveTypeKey.SaveFolat:
return(float.Parse(data.ToString()));
case EnumSaveTypeKey.SaveString:
return(data.ToString());
case EnumSaveTypeKey.SaveDouble:
return(double.Parse(data.ToString()));
case EnumSaveTypeKey.SaveBool:
return(bool.Parse(data.ToString()));
case EnumSaveTypeKey.Savebyte:
return(byte.Parse(data.ToString()));
case EnumSaveTypeKey.SaveShort:
return(short.Parse(data.ToString()));
case EnumSaveTypeKey.SaveUint:
return(uint.Parse(data.ToString()));
case EnumSaveTypeKey.SaveUlong:
return(ulong.Parse(data.ToString()));
case EnumSaveTypeKey.SaveUshort:
return(ushort.Parse(data.ToString()));
case EnumSaveTypeKey.SaveChar:
return(char.Parse(data.ToString()));
case EnumSaveTypeKey.SaveVector2:
return(StringExtention.GetValue <Vector2>(data.ConverToString()));
case EnumSaveTypeKey.SaveVector3:
return(StringExtention.GetValue <Vector3>(data.ConverToString()));
case EnumSaveTypeKey.SaveVector4:
return(StringExtention.GetValue <Vector4>(data.ConverToString()));
case EnumSaveTypeKey.SaveQuaternion:
return(StringExtention.GetValue <Quaternion>(data.ConverToString()));
case EnumSaveTypeKey.SaveColor:
return(StringExtention.GetValue <Color>(data.ConverToString()));
case EnumSaveTypeKey.SaveEnum:
return(StringExtention.GetValue(data.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveList:
return(StringExtention.GetValue(data.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveDictionary:
return(StringExtention.GetValue(data.ConverToString(), (Type)saveSetting.curObject));;
case EnumSaveTypeKey.SaveDateTime:
return(DateTime.Parse(data.ToString()));
case EnumSaveTypeKey.SaveArray:
return(StringExtention.GetValue(data.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveHashtable:
return(StringExtention.GetValue(data.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveArrayList:
return(StringExtention.GetValue(data.ConverToString(), (Type)saveSetting.curObject));
}
return(null);
}
}
break;
case SaveImplementType.ImplementJson:
if (!string.IsNullOrEmpty(saveSetting.path))
{
var data = SerializeHelper.LoadJson <JsonTestFloat>(this.saveSetting.path);
if (data != null)
{
byte[] txEncrypt = EncryptHelp.AESDecrypt(data.SaveValue, SaveDefaultData.EncryptKey, SaveDefaultData.EncryptValue);
string str = Encoding.UTF8.GetString(txEncrypt);
switch (keyType)
{
case EnumSaveTypeKey.SaveInt:
return(int.Parse(str.ToString()));
case EnumSaveTypeKey.SaveLong:
return(long.Parse(str.ToString()));
case EnumSaveTypeKey.SaveFolat:
return(float.Parse(str.ToString()));
case EnumSaveTypeKey.SaveString:
return(str.ToString());
case EnumSaveTypeKey.SaveDouble:
return(double.Parse(str.ToString()));
case EnumSaveTypeKey.SaveBool:
return(bool.Parse(str.ToString()));
case EnumSaveTypeKey.Savebyte:
return(byte.Parse(str.ToString()));
case EnumSaveTypeKey.SaveShort:
return(short.Parse(str.ToString()));
case EnumSaveTypeKey.SaveUint:
return(uint.Parse(str.ToString()));
case EnumSaveTypeKey.SaveUlong:
return(ulong.Parse(str.ToString()));
case EnumSaveTypeKey.SaveUshort:
return(ushort.Parse(str.ToString()));
case EnumSaveTypeKey.SaveChar:
return(char.Parse(str.ToString()));
case EnumSaveTypeKey.SaveVector2:
return(StringExtention.GetValue <Vector2>(str.ConverToString()));
case EnumSaveTypeKey.SaveVector3:
return(StringExtention.GetValue <Vector3>(str.ConverToString()));
case EnumSaveTypeKey.SaveVector4:
return(StringExtention.GetValue <Vector4>(str.ConverToString()));
case EnumSaveTypeKey.SaveQuaternion:
return(StringExtention.GetValue <Quaternion>(str.ConverToString()));
case EnumSaveTypeKey.SaveColor:
return(StringExtention.GetValue <Color>(str.ConverToString()));
case EnumSaveTypeKey.SaveEnum:
return(StringExtention.GetValue(str.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveList:
return(StringExtention.GetValue(str.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveDictionary:
return(StringExtention.GetValue(str.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveDateTime:
return(DateTime.Parse(str.ToString()));
case EnumSaveTypeKey.SaveArray:
return(StringExtention.GetValue(str.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveHashtable:
return(StringExtention.GetValue(str.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveArrayList:
return(StringExtention.GetValue(str.ConverToString(), (Type)saveSetting.curObject));
}
return(null);
}
}
break;
case SaveImplementType.ImplementProto:
if (!string.IsNullOrEmpty(saveSetting.path))
{
var data = SerializeHelper.LoadProtoBuff <ProtoBufSave>(saveSetting.path);
if (data != null)
{
switch (keyType)
{
case EnumSaveTypeKey.SaveInt:
return(data.SaveValue);
//case EnumSaveTypeKey.SaveFolat:
// return (float)data.SaveValue;
case EnumSaveTypeKey.SaveString:
return(data.SaveValue.ToString());
case EnumSaveTypeKey.SaveBool:
return(bool.Parse(data.SaveValue.ToString()));
}
return(null);
}
}
break;
case SaveImplementType.ImplementXML:
if (!string.IsNullOrEmpty(saveSetting.path))
{
switch (keyType)
{
case EnumSaveTypeKey.SaveInt:
var dataInt = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataInt == null)
{
return(null);
}
return(int.Parse(dataInt.ToString()));
case EnumSaveTypeKey.SaveLong:
var dataLong = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataLong == null)
{
return(null);
}
return(long.Parse(dataLong.ToString()));
case EnumSaveTypeKey.SaveFolat:
var dataFolat = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataFolat == null)
{
return(null);
}
return(float.Parse(dataFolat.ToString()));
case EnumSaveTypeKey.SaveString:
var dataString = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataString == null)
{
return(null);
}
return(dataString.ToString());
case EnumSaveTypeKey.SaveDouble:
var dataDouble = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataDouble == null)
{
return(null);
}
return(double.Parse(dataDouble.ToString()));
case EnumSaveTypeKey.SaveBool:
var dataBool = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataBool == null)
{
return(null);
}
return(bool.Parse(dataBool.ToString()));
case EnumSaveTypeKey.Savebyte:
var dataByte = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataByte == null)
{
return(null);
}
return(byte.Parse(dataByte.ToString()));
case EnumSaveTypeKey.SaveShort:
var dataShort = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataShort == null)
{
return(null);
}
return(short.Parse(dataShort.ToString()));
case EnumSaveTypeKey.SaveUint:
var dataUint = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataUint == null)
{
return(null);
}
return(uint.Parse(dataUint.ToString()));
case EnumSaveTypeKey.SaveUlong:
var dataUlong = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataUlong == null)
{
return(dataUlong);
}
return(ulong.Parse(dataUlong.ToString()));
case EnumSaveTypeKey.SaveUshort:
var dataUshort = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataUshort == null)
{
return(dataUshort);
}
return(ushort.Parse(dataUshort.ToString()));
case EnumSaveTypeKey.SaveChar:
var dataChar = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataChar == null)
{
return(dataChar);
}
return(char.Parse(dataChar.ToString()));
case EnumSaveTypeKey.SaveVector2:
var dataVector2 = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataVector2 == null)
{
return(null);
}
return(StringExtention.GetValue <Vector2>(dataVector2.ConverToString()));
case EnumSaveTypeKey.SaveVector3:
var dataVector3 = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataVector3 == null)
{
return(null);
}
return(StringExtention.GetValue <Vector3>(dataVector3.ConverToString()));
case EnumSaveTypeKey.SaveVector4:
var dataVector4 = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataVector4 == null)
{
return(null);
}
return(StringExtention.GetValue <Vector4>(dataVector4.ConverToString()));
case EnumSaveTypeKey.SaveQuaternion:
var dataQuaternion = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataQuaternion == null)
{
return(null);
}
return(StringExtention.GetValue <Quaternion>(dataQuaternion.ConverToString()));
case EnumSaveTypeKey.SaveColor:
var dataColor = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataColor == null)
{
return(null);
}
return(StringExtention.GetValue <Color>(dataColor.ConverToString()));
case EnumSaveTypeKey.SaveEnum:
var dataEnum = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataEnum == null)
{
return(null);
}
return(StringExtention.GetValue(dataEnum.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveList:
var dataList = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataList == null)
{
return(null);
}
return(StringExtention.GetValue(dataList.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveDictionary:
var dataDictionary = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataDictionary == null)
{
return(null);
}
return(StringExtention.GetValue(dataDictionary.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveDateTime:
var dataDateTime = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataDateTime == null)
{
return(null);
}
return(DateTime.Parse(dataDateTime.ToString()));
case EnumSaveTypeKey.SaveArray:
var dataArray = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataArray == null)
{
return(null);
}
return(StringExtention.GetValue(dataArray.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveHashtable:
var dataHashtable = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataHashtable == null)
{
return(null);
}
return(StringExtention.GetValue(dataHashtable.ConverToString(), (Type)saveSetting.curObject));
case EnumSaveTypeKey.SaveArrayList:
var dataArrayList = SerializeHelper.DeserializeXML <byte[]>(saveSetting.path);
if (dataArrayList == null)
{
return(null);
}
return(StringExtention.GetValue(dataArrayList.ConverToString(), (Type)saveSetting.curObject));
}
}
break;
}
return(null);
}
