public void ParseAndDispatch(string[] args)
{
var pArgs = GenericArgsParser.Parse(args);
if (!string.IsNullOrEmpty(pArgs.ErrorMessage))
{
WriteManager.Write(pArgs.ErrorMessage);
return;
}
switch (pArgs.DispatchMode)
{
case DispatchModes.Test:
new DispatchTest().Execute(pArgs);
break;
case DispatchModes.Input:
new DispatchInputData().Execute(pArgs);
break;
case DispatchModes.Help:
new DispatchHelp().Execute(pArgs);
break;
case DispatchModes.Create:
new DispatchCreateFile().Execute(pArgs);
break;
//TODO Help.
default:
WriteManager.Write($"Invalid Mode: {pArgs.DispatchMode}");
return;
}
}
protected InputData ArgsToInputData(GenericArgsParser args)
{
var path = args.InputFilePath;
var data = Input.FromFileSafe(path, new InputData());
if (File.Exists(args.ReturnsInputFile))
{
data.FilePath = args.ReturnsInputFile;
}
return(data);
}
public void Execute(GenericArgsParser args)
{
var input = ArgsToInputData(args);
var method = args.EvaluationMethod;
var defaultMethod = "AllYears";
if (method == null || !Simulation.ContainsKey(method))
{
WriteManager.Write($"Invalid evaluation method '{method}'. Replacing with '{defaultMethod}'");
method = defaultMethod;
}
Simulation[method].Mode = args.Mode;
Simulation[method].ExecuteSimulate(input);
}
public void Execute(GenericArgsParser args)
{
Write("Version: " + System.Reflection.Assembly.GetCallingAssembly().GetName().Version);
Write("Program Execution:");
Write(" - Args: ");
Write(" 'Help' - Displays this help prompt");
Write(" 'EvalMethod' - Provides ability to evaluate performance by different means." +
" Supported methods: AllYears, RandomOrder");
Write(" 'InputFile' - The JSON input file that defines the scenario.");
Write(" 'ReturnsInputFile' - The file used to define the returns. Overrides input file value.");
Write(" 'Create' - Creates a sample JSON input file.");
Write(" 'Output' - The output generated by the program. " +
$"Supported modes: {String.Join(", ", Enum.GetNames(typeof(OutputMode))) }. " +
"Files outputs many CSVs, one for each simulation. " +
"Verbose gives details of each simulation and the two GiantCsv outputs are similar data, but in CSV format.");
Write("Program Examples:");
Write(@"program.exe InputFile=""C:\fi\le.json"" EvalMethod=""RandomOrder""");
Write(@"program.exe -InputFile=""C:\fi\le.json""");
Write(@"program.exe -Create:""C:\valid\file\path\newFile.json""");
Write(@"program.exe --help");
Write(@"program.exe InputFile=""C:\fi\le.json"" EvalMethod=""AllYears"" -Output:GiantCsvConsole");
}
public void Execute(GenericArgsParser args)
{
var input = new InputData();
input.IncomeAndExpenses.Add(
new ExpenseOffset()
{
OffsetAmount = (((InputData.InitialAmt * .043M) / 12) * -1).AsMoney()
});
input.IncomeAndExpenses.Add(new ExpenseOffset()
{
StartMonth = 380,
OffsetAmount = 1099.AsMoney(),
});
input.IncomeAndExpenses.Add(new ExpenseOffset()
{
StartMonth = 40,
EndMonth = 200,
OffsetAmount = 800.AsMoney(),
});
input.FilePath = "";
input.Adjustments.Clear();
input.AdjustmentTranslation = new List <AdjustmentTranslationData>()
{
new AdjustmentTranslationData()
{
Type = "AdjustByGlide",
NameToStringValue = new Dictionary <string, List <string> >
{
{ "from", new List <string>()
{
"Equity"
} },
{ "to", new List <string>()
{
"Bond"
} },
},
NameToDecimalValue = new Dictionary <string, decimal>()
{
{ "glide", 5m / 12 }
}
},
new AdjustmentTranslationData()
{
Type = "AdjustByMaxValues",
NameToDecimalValue = new Dictionary <string, decimal>()
{
{ "Equity", 75 }
}
},
new AdjustmentTranslationData()
{
Type = "AdjustByMinValues",
NameToDecimalValue = new Dictionary <string, decimal>()
{
{ "Bond", 5 },
{ "Equity", 20 },
{ "Gold", 15 },
}
},
new AdjustmentTranslationData()
{
Type = "AdjustByCapeRatio",
NameToStringValue = new Dictionary <string, List <string> >
{
{ "from", new List <string>()
{
"Bond"
} },
{ "to", new List <string>()
{
"Equity"
} },
},
NameToDecimalValue = new Dictionary <string, decimal>()
{
{ "max_cape_before_action", 20 },
{ "percentage_to_adjust_by", .2M },
{ "amount_of_cape_excess_to_increase_adjustment", 10M }
}
}
};
Input.ToFile(input, args.InputFilePath);
WriteManager.Write("Execution Completed.");
}
public void Execute(GenericArgsParser args)
{
var input = new InputData();
input.IncomeAndExpenses.Add(
new ExpenseOffset()
{
OffsetAmount = (((InputData.InitialAmt * .043M) / 12) * -1).AsMoney()
});
input.IncomeAndExpenses.Add(new ExpenseOffset()
{
StartMonth = 380,
OffsetAmount = 1099.AsMoney(),
});
input.IncomeAndExpenses.Add(new ExpenseOffset()
{
StartMonth = 40,
EndMonth = 200,
OffsetAmount = 800.AsMoney(),
});
input.FilePath = "";
input.AdjustmentTranslation = new List <AdjustmentTranslationData>()
{
new AdjustmentTranslationData()
{
Type = "AdjustByDoingNothing"
},
new AdjustmentTranslationData()
{
Type = "AdjustByGlide",
NameToStringValue = new Dictionary <string, List <string> >
{
{ "from", new List <string>()
{
"Bond"
} },
{ "to", new List <string>()
{
"Equity"
} },
},
NameToDecimalValue = new Dictionary <string, decimal>()
{
{ "glide", 5m / 12m }
}
},
new AdjustmentTranslationData()
{
Type = "AdjustByMaxMinValues"
},
new AdjustmentTranslationData()
{
Type = "AdjustByCapeRatio",
NameToStringValue = new Dictionary <string, List <string> >
{
{ "from", new List <string>()
{
"Bond"
} },
{ "to", new List <string>()
{
"Equity"
} },
},
NameToDecimalValue = new Dictionary <string, decimal>()
{
{ "max_cape_before_action", 20 },
{ "percentage_to_adjust_by", .2M },
{ "amount_of_cape_excess_to_increase_adjustment", 10M }
}
}
};
var path = @"c:\tmp\Input.json";
Input.ToFile(input, path);
var data = Input.FromFileSafe(path, null);
var comp = data.Compare(input);
Simulation["AllYears"].ExecuteSimulate(input);
}
