private static TokenGherkinStep ParameterWasNotEscapedBySingleQuote(string gherkinStep)
{
TokenGherkinStep tokens;
if (gherkinStep.Contains(EnumNames.tickOpen))
{
return(TokenizeGherkinStep(gherkinStep, EnumNames.tickOpen, EnumNames.tickClose, true));
}
tokens = new TokenGherkinStep();
tokens.MethodName = CapitalCamelCase(gherkinStep);
tokens.ParameterTokens = new List <string>();
return(tokens);
}
private static TokenGherkinStep TokenizeGherkinStep(string gherkinStep, string delimiterOpen, string delimiterClose, bool includeDelimits)
{
var sentenceTokens = new List <string>();
var parameterTokens = new List <string>();
int posStart = 0;
bool isOpenTick = false;
while (posStart >= 0 && posStart < gherkinStep.Length)
{
int posTick = isOpenTick ? FindPositionOfTick(gherkinStep, posStart, delimiterClose) : FindPositionOfTick(gherkinStep, posStart, delimiterOpen);
if (!isOpenTick)
{
int length = posTick - posStart;
if (length > 0) // no sentence token if parameters are back to back (it's an empty string)
{
if (includeDelimits)
{
posStart = Math.Max(posStart - delimiterOpen.Length, 0);
sentenceTokens.Add(CapitalCamelCase(gherkinStep.Substring(posStart, (posTick - posStart) - delimiterOpen.Length)));
}
else
{
sentenceTokens.Add(CapitalCamelCase(gherkinStep.Substring(posStart, posTick - posStart)));
}
}
}
else
{
if (includeDelimits)
{
parameterTokens.Add(gherkinStep.Substring(posStart - delimiterOpen.Length, (posTick - posStart) + (delimiterOpen.Length + delimiterClose.Length)));
}
else
{
parameterTokens.Add(gherkinStep.Substring(posStart, posTick - posStart));
}
}
posStart = posTick + (isOpenTick ? delimiterClose.Length : delimiterOpen.Length);
isOpenTick = !isOpenTick;
}
TokenGherkinStep tokens = new TokenGherkinStep();
tokens.MethodName = string.Join(string.Empty, sentenceTokens);
tokens.ParameterTokens = parameterTokens;
return(tokens);
}
public void HeaderGeneratorCreatesOneFeatureOneScenarioOneStepAndTwoParameters()
{
IList <NodeFeature> features;
features = new List <NodeFeature>();
//Creates Gherkin Step 1
TokenGherkinStep tokenStep1 = new TokenGherkinStep();
tokenStep1.MethodName = "GivenMethod1";
List <string> tokenParameters1 = new List <string>();
string parameter1 = "";
tokenParameters1.Add(parameter1);
tokenStep1.ParameterTokens = tokenParameters1;
//Creates Parameter For Step 1
Parameter p1 = new Parameter();
p1.Name = "Parameter1";
p1.Type = "string";
p1.Value = "ValueOfParameter1";
Parameter p2 = new Parameter();
p2.Name = "Parameter2";
p2.Type = "int";
p2.Value = "2";
//Creates Step 1 & Adds to list
NodeStep step1 = new NodeStep("GivenMethod1");
step1.Parameters.Add(p1);
step1.Parameters.Add(p2);
//Creates Scenario 1
NodeScenario scenario1 = new NodeScenario("TestScenario1");
scenario1.Steps.Add(step1);
//Creates Feature & Adds to list
NodeFeature feature = new NodeFeature("TestFeature1");
feature.Scenarios.Add(scenario1);
features.Add(feature);
var files = GeneratorFactory.Generate(GeneratorType.HeaderGenerator, features);
string[] stringsExpected = new string[] {
"#include \"CppUnitTest.h\"",
"#include \"CppUnitTestHooks.h\"",
"#include \"trim.hpp\"",
"#include <vector>",
"",
"using namespace Microsoft::VisualStudio::CppUnitTestFramework;",
"using namespace std;",
"",
"namespace CppUnitTest",
"{",
"\tTEST_CLASS(TestFeature1)",
"\t{",
"\tpublic:",
"\t\tTEST_METHOD(TestScenario1);",
"",
"\tprivate:",
"\t\tvoid GivenMethod1(string Parameter1, int Parameter2);",
"\t};",
"}"
};
AssertExt.ContentsOfStringArray(stringsExpected, files[0]);
}
