public void ConvertToPostFixedTest()
{
ShuntingYard target = new ShuntingYard();
Tokens tokens = new Tokens("3*4 - 5*(4-3*3)");
ReturnMessage actual = target.ConvertToPostFixed(tokens.AsList());
ReturnMessage expected = new ReturnMessage(true,
new List<Token>() {
new Token("3", TokenType.numberLiteral),
new Token("4", TokenType.numberLiteral),
new Token("*", TokenType.operatorOrPunctuation),
new Token("-5", TokenType.numberLiteral),
new Token("4", TokenType.numberLiteral),
new Token("-3", TokenType.numberLiteral),
new Token("3", TokenType.numberLiteral),
new Token("*", TokenType.operatorOrPunctuation),
new Token("+", TokenType.operatorOrPunctuation),
new Token("*", TokenType.operatorOrPunctuation),
new Token("+", TokenType.operatorOrPunctuation),
});
List<Token> returnedTokens = (List<Token>)actual.ReturnValue;
List<Token> expectedTokens = (List<Token>)expected.ReturnValue;
for(int i=0;i < returnedTokens.Count;i++){
Assert.AreEqual<string>(returnedTokens[i].TokenString, expectedTokens[i].TokenString);
Assert.AreEqual(returnedTokens[i].TokenType, expectedTokens[i].TokenType);
}
}
public void AddListOfTokensTest()
{
ShuntingYard sy = new ShuntingYard();
Tokens tokens = new Tokens("Tan(3*4 - 5*(4-3*3))");
List<Token> postFixed = (List<Token>)sy.ConvertToPostFixed(tokens.AsList()).ReturnValue;
ParseTree actual = (ParseTree)new ParseTree().AddListOfTokens(
postFixed).ReturnValue;
Debug.Print(actual.Visualize());
//Assert.Inconclusive("Check the output window and see if the result is correct");
}