public void TestMethodBlockGenerator()
{
HookedRenderInfoGenerator generator = new HookedRenderInfoGenerator();
ClassInfo classInfo = FactoryHelper.CreateClassInfo();
CodeRunnerInfo codeRunnerInfo = FactoryHelper.GenerateCodeRunnerInfo();
classInfo.AddCodeRunnerInfo(codeRunnerInfo, 0);
int id = 0;
CodeRunBlockRenderingInfo renderInfo = generator.CodeRunBlockRenderInfoForMethod(classInfo, id);
Assert.IsTrue(renderInfo.renderingInfo[0][0].Contains("OnMethodEnter"));
Assert.IsTrue(renderInfo.renderingInfo[0][1].Contains("LogLineRun"));
Assert.IsTrue(renderInfo.renderingInfo[0][2].Contains("0"));
}
public static TestCase GetSimple2LineMethodCase()
{
string testMethod = @"""
class TestClass
{
void MethodA()
{
int count = 0;
count ++;
}
}
""";
ClassInfo classInfo = FactoryHelper.CreateClassInfo();
classInfo.RelativeFilePath = "TestFile.cs";
CodeRunnerInfo codeRunnerInfo = new CodeRunnerInfo();
codeRunnerInfo.Name = "MethodA";
codeRunnerInfo.IsConstructor = false;
codeRunnerInfo.blockInfo[0] = new BlockInfo();
codeRunnerInfo.blockInfo[0].CloseBraceLineNo = 7;
StatementInfo sInfo = new StatementInfo();
sInfo = new StatementInfo {
LineNo = 5
};
codeRunnerInfo.blockInfo[0].Add(sInfo);
sInfo = new StatementInfo {
LineNo = 6
};
codeRunnerInfo.blockInfo[0].Add(sInfo);
classInfo.AddCodeRunnerInfo(codeRunnerInfo, 0);
CSfileInfo cSfileInfo = new CSfileInfo();
cSfileInfo.Classes.Add(classInfo);
Dictionary <int, List <string> > renderingInfo = new Dictionary <int, List <string> >()
{
};
renderingInfo[0] = new List <string>()
{
"OnMethodEnter();",
"LogLineRun()",
"0",
"LogLineRun()",
"1",
"LogLineRun()",
};
List <string> expectedStatementSubStrings = new List <string>()
{
"OnMethodEnter",
"LogLineRun",
"int count",
"LogLineRun",
"count ++",
};
SyntaxNode methSyntax = Helpers.GetFirstMethodSyntax(testMethod);
SyntaxTree root = Helpers.GetRoot(testMethod);
return(new TestCase
{
Code = testMethod,
ClassInfo = classInfo,
ExpectedStatements = expectedStatementSubStrings,
ExpectedStatementCount = 6,
Node = methSyntax,
RenderInfo = renderingInfo,
Root = root,
FileName = classInfo.RelativeFilePath,
CSFileInfo = cSfileInfo,
});
}
public static TestCase GetSingleIfMethod()
{
string testMethod = @"""
class TestClass
{
void MethodA()
{
int b=3;
if(true)
{
int count = 0;
}
}
}
""";
MethodDeclarationSyntax methSyntax = Helpers.GetFirstMethodSyntax(testMethod);
ClassInfo classInfo = FactoryHelper.CreateClassInfo();
classInfo.RelativeFilePath = "TestFile.cs";
CodeRunnerInfo codeRunnerInfo = new CodeRunnerInfo();
codeRunnerInfo.Name = "MethodA";
codeRunnerInfo.IsConstructor = false;
codeRunnerInfo.blockInfo[0] = new BlockInfo();
codeRunnerInfo.blockInfo[0].CloseBraceLineNo = 9;
codeRunnerInfo.blockInfo[1] = new BlockInfo();
codeRunnerInfo.blockInfo[1].CloseBraceLineNo = 10;
StatementInfo sInfo = new StatementInfo();
sInfo = new StatementInfo {
LineNo = 5
};
codeRunnerInfo.blockInfo[0].Add(sInfo);
sInfo = new StatementInfo {
LineNo = 6
};
codeRunnerInfo.blockInfo[0].Add(sInfo);
sInfo = new StatementInfo {
LineNo = 8
};
codeRunnerInfo.blockInfo[1].Add(sInfo);
classInfo.AddCodeRunnerInfo(codeRunnerInfo, 0);
CSfileInfo cSfileInfo = new CSfileInfo();
cSfileInfo.Classes.Add(classInfo);
SyntaxTree root = Helpers.GetRoot(testMethod);
List <string> expectedStatementSubStrings = new List <string>()
{
"OnMethodEnter",
"LogLineRun",
"int b",
"LogLineRun",
"if(true)",
"LogLineRun",
"LogLineRun",
"int count",
"LogLineRun",
};
return(new TestCase
{
Code = testMethod,
ClassInfo = classInfo,
ExpectedStatements = expectedStatementSubStrings,
ExpectedStatementCount = 9,
Node = methSyntax,
Root = root,
CSFileInfo = cSfileInfo,
FileName = classInfo.RelativeFilePath
});
}