public void TestMatchAndTranslate()
{
/// Arrange
RuleApplyer <string, string> translateApplyer = new RuleApplyer <string, string>();
translateApplyer.Rules.Add(new RuleMatchAndTranslate('3', "Foo"));
translateApplyer.Rules.Add(new RuleMatchAndTranslate('5', "Bar"));
translateApplyer.Rules.Add(new RuleMatchAndTranslate('7', "Qix"));
string theInput = "357";
/// Act
var results = translateApplyer.ApplyRules(theInput);
/// Assert
string result = "";
foreach (var res in results)
{
result += res.Value;
}
Assert.Matches("FooBarQix", result);
}
public void TestDevidedAndGenerate()
{
/// Arrange
RuleApplyer <int, string> divideApplyer = new RuleApplyer <int, string>();
divideApplyer.Rules.Add(new RuleDividedByAndGenerate(3, "Foo"));
divideApplyer.Rules.Add(new RuleDividedByAndGenerate(5, "Bar"));
divideApplyer.Rules.Add(new RuleDividedByAndGenerate(7, "Qix"));
int theInput = 15;
/// Act
var results = divideApplyer.ApplyRules(theInput);
/// Assert
string result = "";
foreach (var res in results)
{
result += res.Value;
}
Assert.Matches("FooBar", result);
}
static string Compute(string theInput)
{
string result = "";
int parsedValue;
bool parsed = Int32.TryParse(theInput, out parsedValue);
if (parsed == false)
{
return(" Please enter a valid Digit");
}
RuleApplyer <int, string> divideApplyer = new RuleApplyer <int, string>();
divideApplyer.Rules.Add(new RuleDividedByAndGenerate(3, "Foo"));
divideApplyer.Rules.Add(new RuleDividedByAndGenerate(5, "Bar"));
divideApplyer.Rules.Add(new RuleDividedByAndGenerate(7, "Quix"));
var results = divideApplyer.ApplyRules(parsedValue);
foreach (var res in results)
{
result += res.Value;
}
RuleApplyer <string, string> translateApplyer = new RuleApplyer <string, string>();
translateApplyer.Rules.Add(new RuleMatchAndTranslate('3', "Foo"));
translateApplyer.Rules.Add(new RuleMatchAndTranslate('5', "Bar"));
translateApplyer.Rules.Add(new RuleMatchAndTranslate('7', "Quix"));
translateApplyer.Rules.Add(new RuleMatchAndTranslate('0', "*"));
var results2 = translateApplyer.ApplyRules(theInput);
foreach (var res in results2)
{
result += res.Value;
}
RuleApplyer <string, string> replaceApplyer = new RuleApplyer <string, string>();
replaceApplyer.Rules.Add(new RuleMatchAndTranslate('0', "*"));
return(result);
}
public void TestMatchAndReplace()
{
/// Arrange
RuleApplyer <string, string> replaceApplyer = new RuleApplyer <string, string>();
replaceApplyer.Rules.Add(new RuleMatchAndReplace('0', "*"));
string theInput = "101";
/// Act
var results = replaceApplyer.ApplyRules(theInput);
/// Assert
Assert.Matches("1*1", results[0].Value);
}
public void TestRuleApplayer()
{
/// Arrange
RuleApplyer <int, string> ruleApplyer = new RuleApplyer <int, string>();
Condition <int> condition = new Condition <int> {
IsSatisfied = (int value) => (value % 5 == 0)
};
int theInput = 15;
Rule <int, string> rule = new Rule <int, string>();
rule.Conditions.Add(condition);
rule.Action.Apply = context => { return("Bar"); };
ruleApplyer.Rules.Add(rule);
/// Act
var results = ruleApplyer.ApplyRules(theInput);
/// Assert
Assert.Equal(1, results.Count);
Assert.Matches("Bar", results[0].Value);
}
