/// <summary>
/// Run Common If Code Schema with Validation
/// Schema : Init --> Pre --> Validate -->
/// ((Process or ValidFalse or ValidNull) or Fail)
/// --> Post --> End.
/// Check methods Init and End methods return bool? results and run CheckTrue/CheckFalse/CheckNull methods if available
/// or return default on not true
/// </summary>
public static ResT I <ParamT, ResT>(Pr <ParamT, ResT> ProcessToRun, Cx CurrCodeType = null)
{
if (ProcessToRun.V == null && ProcessToRun.Vn == null)
{
return(ProcessToRun.D);
}
Pr <ParamT, ResT> Res = ProcessToRun;
Res.Vt = (param, code) =>
{
bool?Validated = true;
ResT Result = ProcessToRun.D;
if (ProcessToRun.V != null)
{
Validated = ProcessToRun.V(param, CurrCodeType);
}
if (Validated == null)
{
if (ProcessToRun.Vn != null)
{
Result = ProcessToRun.Vn(param, CurrCodeType);
}
else
if (ProcessToRun.F != null)
{
Result = ProcessToRun.F(param, CurrCodeType);
}
}
else
if (Validated == false)
{
if (ProcessToRun.Vf != null)
{
Result = ProcessToRun.Vf(param, CurrCodeType);
}
else
if (ProcessToRun.F != null)
{
Result = ProcessToRun.F(param, CurrCodeType);
}
}
else
if (ProcessToRun.Vt != null)
{
Result = ProcessToRun.Vt(param, CurrCodeType);
}
else
if (ProcessToRun.F != null)
{
Result = ProcessToRun.F(param, CurrCodeType);
}
return(Result);
};
return(F(Res, CurrCodeType));
}
/// <summary>
/// Run Common Try Code Schema Block With Errors And Performance Logging based on CurrCodeType.
/// Schema : Init --> Pre --> Validate -->
/// try[CustomUseTryCatch or CurrCodeType]
/// ((Process or ValidFalse or ValidNull) or Fail) with Error OnErrorCatch
/// --> Post --> End.
/// Check methods Init and End methods return bool? results and run CheckTrue/CheckFalse/CheckNull methods if available
/// or return default on not true
/// </summary>
public static ResT Ti <ParamT, ResT>(Pr <ParamT, ResT> ProcessToRun, Cx CurrCodeType = null)
{
bool UseTryCatch = CurrCodeType != null && CurrCodeType.T;
Pr <ParamT, ResT> Res = ProcessToRun;
Res.Vt = (param, code) =>
{
bool?Validated = true;
ResT Result = ProcessToRun.D;
if (ProcessToRun.V != null)
{
Validated = ProcessToRun.V(param, CurrCodeType);
}
if (Validated == null)
{
if (ProcessToRun.Vn != null)
{
Result = ProcessToRun.Vn(param, CurrCodeType);
}
else
if (ProcessToRun.F != null)
{
Result = ProcessToRun.F(param, CurrCodeType);
}
}
else
if (Validated == false)
{
if (ProcessToRun.Vf != null)
{
Result = ProcessToRun.Vf(param, CurrCodeType);
}
else
if (ProcessToRun.F != null)
{
Result = ProcessToRun.F(param, CurrCodeType);
}
}
else
if (ProcessToRun.Vt != null)
{
Result = ProcessToRun.Vt(param, CurrCodeType);
}
else
if (ProcessToRun.F != null)
{
Result = ProcessToRun.F(param, CurrCodeType);
}
return(Result);
};
return(T(Res, CurrCodeType));
}
/// <summary>
/// Create new Code Context for current Settings with UseTryCatch, LogError and Elevated setting
/// </summary>
public static Cx X(this Sls Settings, bool UseTryCatch = true, bool LogError = true, bool Elevated = false)
{
var Res = new Cx()
{
S = new Sls()
};
Res.T = UseTryCatch;
Res.S = Settings;
Res.L = LogError;
Res.E = Elevated;
return(Res);
}
/// <summary>
/// Run Common Sync Try FuncToRunSync With Errors And Performance Logging based on CurrCodeType.
/// Logging is saved to CustomLogToAddRecords or default static logs (_.D.L)
/// </summary>
public static T r <T>(this Lg CurrLog, f <T> FuncToRunSync, Cx CustomCodeType = null, Mx CustomMethodContext = null, T ReturnOnError = default)
{
if (FuncToRunSync == null)
{
return(ReturnOnError);
}
var t = CustomCodeType;
Prf PerfLog = null;
var ef = false;
if (t.S != null && t.S.P == true)
{
PerfLog = CurrLog.P(t, CustomMethodContext);
}
T Result = ReturnOnError;
if (CustomCodeType.T)
{
try
{
Result = FuncToRunSync();
}
catch (Exception exc)
{
if (t.S != null && t.S.L == true)
{
CurrLog.E(null, exc, t, CustomMethodContext);
}
ef = true;
}
}
else
{
Result = FuncToRunSync();
}
if (t.S != null && t.S.P == true)
{
CurrLog.Pa(PerfLog, null, t);
}
if (ef)
{
return(ReturnOnError);
}
return(Result);
}
/// <summary>
/// Run Common Try FuncToRun With Errors And Performance Logging based on CurrContext and optional CustomCodeType.
/// </summary>
public static T r <T, Tx>(this Ax <Tx> CurrContext, f <Cx, T> FuncToRun, Tx CustomCodeType = default, Mx CustomMethodContext = null, T ReturnOnError = default)
{
if (CurrContext == null || FuncToRun == null)
{
return(ReturnOnError);
}
Cx x = null;
if (CustomCodeType != null && CurrContext.T != null)
{
x = CurrContext.T.v(CustomCodeType);
}
return(CurrContext.L.r(() => FuncToRun(x), x, CustomMethodContext, ReturnOnError));
}
/// <summary>
/// Run Common Async Try FuncToRunAsync With Errors And Performance Logging based on CurrContext and optional CustomCodeType.
/// </summary>
public static async Task <T> R <T, Tx>(this Ax <Tx> CurrContext, f <Cx, Task <T> > FuncToRunAsync, Tx CustomCodeType = default, Mx CustomMethodContext = null, T ReturnOnError = default)
{
if (CurrContext == null || FuncToRunAsync == null)
{
return(ReturnOnError);
}
Cx x = null;
if (CustomCodeType != null && CurrContext.T != null)
{
x = CurrContext.T.v(CustomCodeType);
}
return(await CurrContext.L.R(() => FuncToRunAsync(x), x, CustomMethodContext, ReturnOnError));
}
/// <summary>
/// Run Common Try Code Schema with Error Handling
/// Schema : Init --> Pre --> Validate -->
/// try[CustomUseTryCatch or CurrCodeType] (Process or Fail) with Error OnErrorCatch
/// --> Post --> End.
/// Check methods Init and End methods return bool? results and run CheckTrue/CheckFalse/CheckNull methods if available
/// or return default on not true
/// </summary>
public static ResT T <ParamT, ResT>(Pr <ParamT, ResT> ProcessToRun, Cx CurrCodeType = null)
{
bool UseTryCatch = CurrCodeType != null && CurrCodeType.T;
Pr <ParamT, ResT> Res = ProcessToRun;
Res.Vt = (param, code) =>
{
ResT Result = ProcessToRun.D;
if (UseTryCatch)
{
try
{
if (ProcessToRun.Vt != null)
{
Result = ProcessToRun.Vt(param, CurrCodeType);
}
else
{
Result = ProcessToRun.F(param, CurrCodeType);
}
}
catch (Exception exc)
{
Result = ProcessToRun.D;
if (ProcessToRun.Er != null)
{
Result = ProcessToRun.Er(param, Result, exc, CurrCodeType);
}
}
}
else
if (ProcessToRun.Vt != null)
{
Result = ProcessToRun.Vt(param, CurrCodeType);
}
else
{
Result = ProcessToRun.F(param, CurrCodeType);
}
return(Result);
};
return(F(Res, CurrCodeType));
}
/// <summary>
/// Run Common Code Schema without additional code
/// Schema : Init --> Pre --> (Process or Fail) --> Post --> End.
/// Check methods Init and End methods return bool? results and run CheckTrue/CheckFalse/CheckNull methods if available
/// or return default on not true
/// </summary>
public static ResT F <ParamT, ResT>(Pr <ParamT, ResT> ProcessToRun, Cx CurrCodeType = null)
{
if ((ProcessToRun.Vt == null && ProcessToRun.F == null) || ProcessToRun.P == null)
{
return(ProcessToRun.D);
}
if (!Code_FuncUtils.E(ProcessToRun, ProcessToRun.I, CurrCodeType))
{
return(ProcessToRun.D);
}
ParamT CurrParam = ProcessToRun.P;
if (ProcessToRun.Pe != null)
{
CurrParam = ProcessToRun.Pe(ProcessToRun.P, CurrCodeType);
}
ResT Result = ProcessToRun.D;
if (ProcessToRun.Vt != null)
{
Result = ProcessToRun.Vt(ProcessToRun.P, CurrCodeType);
}
else
{
Result = ProcessToRun.F(ProcessToRun.P, CurrCodeType);
}
if (ProcessToRun.Ps != null)
{
Result = ProcessToRun.Ps(ProcessToRun.P, Result, CurrCodeType);
}
if (!Code_FuncUtils.E(ProcessToRun, ProcessToRun.E, Result, CurrCodeType))
{
return(ProcessToRun.D);
}
return(Result);
}
/// <summary>
/// Create new custom process with specified methods
/// </summary>
public static Pr <ParamT, ResT> E <ParamT, ResT>(this ParamT StartParam, f <ParamT, Cx, ResT> ProcessFunc, Cx CurrCodeType = null, f <ParamT, Cx, ResT> ProcessFail = null, f <ParamT, ResT, Exception, Cx, ResT> ProcessError = null)
{
Pr <ParamT, ResT> Result = new Pr <ParamT, ResT>();
Result.P = StartParam;
if (ProcessFunc == null)
{
Result.Vt = ProcessFunc;
}
if (ProcessFail == null)
{
Result.F = ProcessFail;
}
if (ProcessError == null)
{
Result.Er = ProcessError;
}
return(Result);
}
/// <summary>
/// Create new Func and add AddOn method with Original with AddAfterOriginal order
/// </summary>
public static f <ParamT, ResT, Cx, ResT> A <ParamT, ResT>(this f <ParamT, ResT, Cx, ResT> Original, f <ParamT, ResT, Cx, ResT> AddOn, Cx CurrCodeType = null, bool AddAfterOriginal = false)
{
if (Original == null && AddOn == null)
{
return(null);
}
return((key, arr, code) =>
{
var Res = default(ResT);
if (!AddAfterOriginal && AddOn != null)
{
Res = AddOn(key, arr, code);
}
if (Original != null)
{
Res = Original(key, arr, code);
}
if (AddAfterOriginal && AddOn != null)
{
Res = AddOn(key, arr, code);
}
return Res;
});
}
/// <summary>
/// Evaluate common bool? return from CheckToEvaluate with context CheckFalse/CheckNull/CheckTrue methods details
/// Returns true if any method return true, else false
/// </summary>
/// <returns>Returns true if any method return true, else false</returns>
public static bool E <ParamT, ResT>(this Pr <ParamT, ResT> CurrProcess, f <ParamT, ResT, Cx, bool?> CheckToEvaluate, ResT ResToEvaluate = default(ResT), Cx CurrCodeType = null, bool EvaluateDefault = true)
{
if (CheckToEvaluate == null)
{
return(EvaluateDefault);
}
bool?Res = CheckToEvaluate(CurrProcess.P, ResToEvaluate, CurrCodeType);
if (Res == null && CurrProcess.Cn != null)
{
return(CurrProcess.Cn(CurrProcess.P, ResToEvaluate, CurrCodeType));
}
if (Res == false && CurrProcess.Cf != null)
{
return(!CurrProcess.Cf(CurrProcess.P, ResToEvaluate, CurrCodeType));
}
if (Res == true && CurrProcess.Ct != null)
{
return(!CurrProcess.Ct(CurrProcess.P, ResToEvaluate, CurrCodeType));
}
if (Res == true)
{
return(true);
}
return(false);
}