private Model ExtendedModel(string line)
{
line = OperationsOnString.RemoveBeggining(line);
string[] tableStrings = OperationsOnString.SplitRuleToTwoPartsConditionsAndAnother(line);
List <string> result = OperationsOnString.SplitArguments(tableStrings[0]);
List <string> argumentsList = OperationsOnString.SplitArguments(tableStrings[1]);
string sign = "";
int semaphoreNumber = int.Parse(result.Last());
bool semaphoreValue = semaphoreNumber == 1;
if (result[3].ToLowerInvariant().Contains('>') || result[3].ToLowerInvariant().Contains('<')) //todo:rozwiązanie działa ale do poprawienia
{
if (result[3].Count() < 3)
{
sign = result[3] + "," + result[4];
}
else
{
sign = result[3];
}
}
else
{
sign = result[3];
}
// nie cały znak
return(new Model(int.Parse(result[0]), result[1], result[2], sign, argumentsList, semaphoreValue));
}
private Model PolyModel(string line)
{
line = OperationsOnString.RemoveBeggining(line);
string[] table1 = OperationsOnString.SplitRuleToTwoPartsConditionsAndAnother(line);
string[] table2 = OperationsOnString.SplitRuleToTwoPartsConditionsAndAnother(line);
List <string> factorsList = OperationsOnString.SplitArguments(table1[1]);
List <string> result = OperationsOnString.SplitArguments(table2[0]);
char[] commaSeparator = new char[] { ',' };
List <string> powerList = table2[1].Split(commaSeparator).ToList();
List <int> powerList1 = new List <int>();
foreach (var VARIABLE in powerList)
{
powerList1.Add(int.Parse(VARIABLE));
}
int semaphorNumber = int.Parse(result.Last());
bool semaphorValue = semaphorNumber == 1;
return(new Model(int.Parse(result[0]), result[1], result[2], result[3], factorsList, powerList1,
semaphorValue));
}
public void Check_If_SplitRule_Generate_Table_Of_Two_Strings()
{
string ruleFromDoc = "1,\"otrzymuje wpis\",[\"ocena z przedmiotów A,B,C >=3 \",\"zapłacił czesne\"], 1)";
var splitedString = OperationsOnString.SplitRuleToTwoPartsConditionsAndAnother(ruleFromDoc);
Assert.AreEqual(splitedString.Count(), 2);
}
private List <string> ListResult(string line, out List <string> listConditions)
{
string[] rule = OperationsOnString.SplitRuleToTwoPartsConditionsAndAnother(line);
rule[0] = OperationsOnString.RemoveBeggining(rule[0]);
List <string> listResult = OperationsOnString.SplitArguments(rule[0]);
listConditions = OperationsOnString.SplitArguments(rule[1]);
return(listResult);
}
private Constrain RuleChecker(string line)
{
line = OperationsOnString.RemoveBeggining(line);
string[] table = OperationsOnString.SplitRuleToTwoPartsConditionsAndAnother(line);
List <string> table1 = OperationsOnString.SplitArguments(line);
int constrainNUmber = int.Parse(table1[0]);
List <string> conditions = OperationsOnString.SplitArguments(table[1]);
return(new Constrain(conditions, constrainNUmber));
}
private Model LinearModel(string line)
{
line = OperationsOnString.RemoveBeggining(line);
string[] table1 = OperationsOnString.SplitRuleToTwoPartsConditionsAndAnother(line);
string[] table2 = OperationsOnString.SplitRuleToTwoPartsConditionsAndAnother(table1[0]);
List <string> factorsList = OperationsOnString.SplitArguments(table1[1]);
List <string> result = OperationsOnString.SplitArguments(table2[0]);
List <string> variablesList = OperationsOnString.SplitArgumentsForModel(table2[1]);
int semaphorNumber = int.Parse(result.Last());
bool semaphorValue = semaphorNumber == 1;
return(new Model(int.Parse(result[0]), result[1], result[2], factorsList, variablesList, semaphorValue));
}
