public static object ComputeOne(string str, string sO)
{
if (Arithmetic.CheckNumber(str))
{
return(Arithmetic.ComputeOneNumber(Convert.ToDouble(str), sO));
}
if (Arithmetic.CheckBoolean(str))
{
return(Arithmetic.ComputeOneBoolean(Convert.ToBoolean(str), sO));
}
if (Arithmetic.CheckString(str))
{
return(Arithmetic.ComputeOneString(str, sO));
}
return("ComputerOne [" + str + "][" + sO + "] Sorry!");
}
public static object ComputePostfix(ArrayList alexpression)
{
object result;
try
{
Stack stack = new Stack();
int count = alexpression.Count;
int i = 0;
while (i < count)
{
string text = alexpression[i++].ToString();
if (Arithmetic.OperatorMap.IsVar(text))
{
stack.Push(text);
}
else
{
if (Arithmetic.OperatorMap.CheckOperator(text))
{
if (!Arithmetic.CheckOneOperator(text))
{
string sR = stack.Pop().ToString();
string text2 = stack.Pop().ToString();
string obj = Arithmetic.ComputeTwo(text2, sR, text).ToString();
stack.Push(obj);
}
else
{
string text2 = stack.Pop().ToString();
string obj = Arithmetic.ComputeOne(text2, text).ToString();
stack.Push(obj);
}
}
}
}
string text3 = stack.Pop().ToString();
result = text3;
}
catch
{
Console.WriteLine("Result:表达式不符合运算规则!Sorry!");
result = "Sorry!Error!";
}
return(result);
}
public static object ComputeTwo(string sL, string sR, string sO)
{
if (Arithmetic.CheckNumber(sL))
{
if (Arithmetic.CheckNumber(sR))
{
return(Arithmetic.ComputeTwoNumber(Convert.ToDouble(sL), Convert.ToDouble(sR), sO));
}
if (Arithmetic.CheckString(sR))
{
return(Arithmetic.ComputeTwoString(sL, sR, sO));
}
}
else
{
if (Arithmetic.CheckBoolean(sL))
{
if (Arithmetic.CheckBoolean(sR))
{
return(Arithmetic.ComputeTwoBoolean(Convert.ToBoolean(sL), Convert.ToBoolean(sR), sO));
}
if (Arithmetic.CheckString(sR))
{
return(Arithmetic.ComputeTwoString(sL, sR, sO));
}
}
else
{
if (Arithmetic.CheckString(sL))
{
return(Arithmetic.ComputeTwoString(sL, sR, sO));
}
}
}
return("ComputeTwo [" + sL + "][" + sO + "][" + sR + "] Sorry!");
}
public static object ComputeExpression(string sExpression, string[] mapVar, string[] mapValue)
{
return(Arithmetic.ComputePostfix(Arithmetic.ConvertToPostfix(Arithmetic.ConvertExpression(Arithmetic.ConvertExpression(sExpression), mapVar, mapValue))));
}
public static object ComputeExpression(string sExpression)
{
return(Arithmetic.ComputePostfix(Arithmetic.ConvertToPostfix(Arithmetic.ConvertExpression(sExpression))));
}
