public TestClass() {
AccModTest = new AccessModifierTest();
ArrTest = new ArrayTest();
ETest = new EnumTest();
IdentTest = new IdentifierTest();
MethTest = new MethodTest();
SpecExpTest = new SpecialExpressionsTest();
AssignTest = new AssignmentTest();
OpEqTest = new OpEqTest();
Suffixes = new Suffixes();
Constants = new TermConstants();
Override = new OverrideTest();
OpOver1 = new OpOverload();
OpOver2 = new OpOverload();
}
public TestClass()
{
AccModTest = new AccessModifierTest();
ArrTest = new ArrayTest();
ETest = new EnumTest();
IdentTest = new IdentifierTest();
MethTest = new MethodTest();
SpecExpTest = new SpecialExpressionsTest();
AssignTest = new AssignmentTest();
OpEqTest = new OpEqTest();
Suffixes = new Suffixes();
Constants = new TermConstants();
Override = new OverrideTest();
OpOver1 = new OpOverload();
OpOver2 = new OpOverload();
}
public void TestLetStatements()
{
string input = @"
let x = 5;
let y = 10;
let foobar = 838383;
";
Lexer lexer = new Lexer(input);
Parser parser = new Parser(lexer);
Program program = parser.ParseProgram();
checkParserErrors(parser);
if (program == null)
{
Assert.Fail("ParseProgram() returned nil");
}
if (program.Statements.Count != 3)
{
Assert.Fail($"program.Statements does not contain 3 statements. got {program.Statements.Count}");
}
IdentifierTest[] identifierTests = new IdentifierTest[]
{
new IdentifierTest("x"),
new IdentifierTest("y"),
new IdentifierTest("foobar")
};
for (int i = 0; i < identifierTests.Length; i++)
{
IStatement stmt = program.Statements[i];
TestLetStatements(stmt, identifierTests[i].expectedIdentifier);
}
}
// Does it qualify for Lua's identifier rules?
private static Boolean CanBeIdentifier(String Input)
{
return(IdentifierTest.IsMatch(Input));
}
