public void build_testInput()
{
InputKeyValue vi1 = new InputKeyValue() { KeyName_ = "NAME", Value_ = "KOSPI200" };
InputKeyValue vi2 = new InputKeyValue() { KeyName_ = "MODEL_TYPE", Value_ = "GBM" };
InputKeyValue vi3 = new InputKeyValue() { KeyName_ = "MUE_CURVE_VALUE", Value_ = "0.03|0.031|0.032|0.033|0.034|0.035|0.036|0.037|0.038|0.039" };
InputKeyValue vi4 = new InputKeyValue() { KeyName_ = "MUE_CURVE_TENOR", Value_ = "3M|6M|9M|12M|24M|36M|48M|60M|120M|240M" };
this.KeyList_.Add(vi1);
this.KeyList_.Add(vi2);
this.KeyList_.Add(vi3);
this.KeyList_.Add(vi4);
}
public void build_testInput()
{
InputKeyValue vi1 = new InputKeyValue()
{ KeyName_ = "NAME", Value_ = "CD91" };
InputKeyValue vi2 = new InputKeyValue()
{ KeyName_ = "MODEL_TYPE", Value_ = "HULLWHITE" };
InputKeyValue vi3 = new InputKeyValue()
{ KeyName_ = "FITTING_CURVE_VALUE", Value_ = "0.03|0.031|0.032|0.033|0.034|0.035|0.036|0.037|0.038|0.039" };
InputKeyValue vi4 = new InputKeyValue()
{ KeyName_ = "ALPHA", Value_ = "" };
InputKeyValue vi5 = new InputKeyValue()
{ KeyName_ = "SIGMA", Value_ = "" };
this.KeyList_.Add(vi1);
this.KeyList_.Add(vi2);
this.KeyList_.Add(vi3);
this.KeyList_.Add(vi4);
this.KeyList_.Add(vi5);
}
public void read_input(string section_content)
{
this.KeyList_ = new List<InputKeyValue>();
char variable_delimiter = ';';
char variable_assign = '=';
//string array_delimiter = "|";
//string matrix_parenthesis = "(";
//string matrix_column_delimiter = ",";
string[] key_variable;
string[] tokens = section_content.Split(variable_delimiter);
foreach (var s in tokens)
{
if (s == "")
break;
key_variable = s.Split(variable_assign);
InputKeyValue inputKeyValue = new InputKeyValue();
inputKeyValue.KeyName_ = key_variable[0];
inputKeyValue.Value_ = key_variable[1];
this.KeyList_.Add(inputKeyValue);
//// matrix
//if (value.find(matrix_parenthesis) != std::string::npos)
//{
// //std::remove(value.begin(), value.end(), ')');
// //std::remove(value.begin(), value.end(), '(');
// value.erase(std::remove(value.begin(), value.end(), '('), value.end());
// value.erase(std::remove(value.begin(), value.end(), ')'), value.end());
// List<string> row_values;
// List<string> col_values;
// split(row_values, value, is_any_of(matrix_column_delimiter));
// size_t row_size = row_values.size();
// split(col_values, row_values[0], is_any_of(array_delimiter));
// size_t col_size = col_values.size();
// Matrix m = Matrix(row_size, col_size);
// col_values.clear();
// for (size_t row = 0; row < row_size; row++)
// {
// split(col_values, row_values[row], is_any_of(array_delimiter));
// for (size_t col = 0; col < col_size; col++)
// {
// QL_REQUIRE(col_values[col] != "","null value" );
// m[row][col] = std::stod(col_values[col]);
// }
// col_values.clear();
// }
// this->variable_matrix_map_[key] = m;
//}
//// array
//else if(value.find(array_delimiter) != std::string::npos)
//{
// List<string> arr;
// split(arr, value, is_any_of(array_delimiter));
// this->variable_array_map_[key] = arr;
//}
//else
//{
// this->variable_map_[key] = value;
//}
} // for end
}
