public void MissingClosingBracketOnEndInDescriptorCausesException()
{
var descriptor = "{$competitor1} to {score";
string format;
NameExpressionHelper.ParseDescriptor(descriptor, out format);
}
public void MissingOpeningBracketOnBeginningInDescriptorCausesException()
{
var descriptor = "$competitor1} to {score} points";
string format;
NameExpressionHelper.ParseDescriptor(descriptor, out format);
}
public void ToShortExpressionCausesException()
{
var expression = "{}";
string @operator;
string operand;
NameExpressionHelper.ParseExpression(expression, out @operator, out operand);
}
public void NoBracketsCauseException()
{
var expression = "$competitor1";
string @operator;
string operand;
NameExpressionHelper.ParseExpression(expression, out @operator, out operand);
}
public void ExpressionWithMinusOperatorIsParsed()
{
var expression = "{-corners}";
string @operator;
string operand;
NameExpressionHelper.ParseExpression(expression, out @operator, out operand);
Assert.AreEqual("-", @operator, "Value of operator is not correct");
Assert.AreEqual("corners", operand, "Value of operator is not correct");
}
public void ExpressionWithPlusOperatorIsParsed()
{
var expression = "{+score}";
string @operator;
string operand;
NameExpressionHelper.ParseExpression(expression, out @operator, out operand);
Assert.AreEqual("+", @operator, "Value of operator is not correct");
Assert.AreEqual("score", operand, "Value of operator is not correct");
}
public void ExpressionWithOrdinalOperatorIsParsed()
{
var expression = "{!periodNumber}";
string @operator;
string operand;
NameExpressionHelper.ParseExpression(expression, out @operator, out operand);
Assert.AreEqual("!", @operator, "Value of operator is not correct");
Assert.AreEqual("periodNumber", operand, "Value of operator is not correct");
}
public void ExpressionWithNoOperatorIsParsed()
{
var expression = "{reply_nr}";
string @operator;
string operand;
NameExpressionHelper.ParseExpression(expression, out @operator, out operand);
Assert.IsNull(@operator, "Value of operator is not correct");
Assert.AreEqual("reply_nr", operand, "Value of operator is not correct");
}
public void SingleExpressionDescriptorIsParsed()
{
var descriptor = "{$competitor1}";
string format;
var expressions = NameExpressionHelper.ParseDescriptor(descriptor, out format);
Assert.AreEqual(1, expressions.Count(), "The number of expressions is not correct");
Assert.AreEqual("{0}", format, "Value of format is not correct");
Assert.AreEqual(descriptor, expressions.First(), "The expression is not correct");
}
public void ExpressionWithPlayerProfileOperatorIsParse()
{
var expression = "{%player}";
string @operator;
string operand;
NameExpressionHelper.ParseExpression(expression, out @operator, out operand);
Assert.AreEqual("%", @operator, "Value of the operator is not correct");
Assert.AreEqual("player", operand, "Value of operand is not correct");
}
public void ExpressionWithEntityNameOperatorIsParsed()
{
var expression = "{$competitor1}";
string @operator;
string operand;
NameExpressionHelper.ParseExpression(expression, out @operator, out operand);
Assert.AreEqual("$", @operator, "Value of operator is not correct");
Assert.AreEqual("competitor1", operand, "Value of operator is not correct");
}
public void DoubleExpressionDescriptorIsParsed()
{
var descriptor = "{$competitor1} to {score}";
string format;
var expressions = NameExpressionHelper.ParseDescriptor(descriptor, out format);
Assert.AreEqual(2, expressions.Count(), "The number of expressions is not correct");
Assert.AreEqual("{0} to {1}", format, "Value of format is not correct");
Assert.AreEqual("{$competitor1}", expressions.First(), "The first expression is not correct");
Assert.AreEqual("{score}", expressions.Last(), "The second expression is not correct");
}