internal ArgumentMatcher(IExpressionHelper expressionHelper, IItIsMatcher itIsMatcher)
{
ArgumentChecker.NotNull(expressionHelper, () => expressionHelper);
ArgumentChecker.NotNull(itIsMatcher, () => itIsMatcher);
_expressionHelper = expressionHelper;
_itIsMatcher = itIsMatcher;
}
internal ArgumentMatcher(IExpressionHelper expressionHelper, IItIsMatcher itIsMatcher)
{
ArgumentChecker.NotNull(expressionHelper, () => expressionHelper);
ArgumentChecker.NotNull(itIsMatcher, () => itIsMatcher);
_expressionHelper = expressionHelper;
_itIsMatcher = itIsMatcher;
}
public AlbumService(IAlbumRepository albumRepository,
IExpressionHelper expressionHelper,
IBlobStorageService blobStorageService)
{
_expressionHelper = expressionHelper;
_blobStorageService = blobStorageService;
_albumGenericRepository = albumRepository as IGenericRepository <Album>;
}
public static IExpressionHelper GetInstance()
{
if (_helper == null)
{
_helper = new ExpressionHelper();
}
return(_helper);
}
/// <summary>
/// Initializes a new instance of the <see cref="Interceptor" /> class.
/// </summary>
/// <param name="setupMatcher">The setup matcher.</param>
/// <param name="invocationTracker">The invocation tracker.</param>
/// <param name="expressionHelper">The expression helper.</param>
internal Interceptor(ISetupMatcher setupMatcher, IInvocationTracker invocationTracker,
IExpressionHelper expressionHelper)
{
ArgumentChecker.NotNull(setupMatcher, () => setupMatcher);
ArgumentChecker.NotNull(invocationTracker, () => invocationTracker);
ArgumentChecker.NotNull(expressionHelper, () => expressionHelper);
_setupMatcher = setupMatcher;
_invocationTracker = invocationTracker;
_expressionHelper = expressionHelper;
}
internal SetupExtractor(
IMethodDisassembler methodDisassembler,
IExpressionDecompiler <Expression> expressionDecompiler,
IExpressionHelper expressionHelper)
{
ArgumentChecker.NotNull(methodDisassembler, () => methodDisassembler);
ArgumentChecker.NotNull(expressionDecompiler, () => expressionDecompiler);
ArgumentChecker.NotNull(expressionHelper, () => expressionHelper);
_methodDisassembler = methodDisassembler;
_expressionDecompiler = expressionDecompiler;
_expressionHelper = expressionHelper;
}
internal SetupExtractor(
IMethodDisassembler methodDisassembler,
IExpressionDecompiler<Expression> expressionDecompiler,
IExpressionHelper expressionHelper)
{
ArgumentChecker.NotNull(methodDisassembler, () => methodDisassembler);
ArgumentChecker.NotNull(expressionDecompiler, () => expressionDecompiler);
ArgumentChecker.NotNull(expressionHelper, () => expressionHelper);
_methodDisassembler = methodDisassembler;
_expressionDecompiler = expressionDecompiler;
_expressionHelper = expressionHelper;
}
public ExpressionHelperTests()
{
_expressionHelper = new ExpressionHelper(ParsingConfig.Default);
}
internal SetupManager(IExpressionHelper expressionHelper)
{
ArgumentChecker.NotNull(expressionHelper, () => expressionHelper);
_expressionHelper = expressionHelper;
}
public void SetUp()
{
_helper = MockRepository.GenerateMock<IExpressionHelper>();
_controller = new HomeController(_helper);
}
public ASTBuilder(IExpressionHelper expressionHelper)
{
_expressionHelper = expressionHelper;
}
public HomeController(IExpressionHelper helper)
{
_helper = helper;
}
public void Initialize()
{
_expressionHelper = new ExpressionHelper();
var matchOpen = new HashSet<char> { '<' };
var matchClose = new HashSet<char> { '>' };
var matchSlash = new HashSet<char> { '/' };
var matchLetter = Utilities.AllLetters();
var matchLetterOrDigit = Utilities.Union(matchLetter, Utilities.AllDigits());
var matchw = new HashSet<char> { 'w' };
var matchh = new HashSet<char> { 'h' };
var matchi = new HashSet<char> { 'i' };
var matchl = new HashSet<char> { 'l' };
var matche = new HashSet<char> { 'e' };
var matchf = new HashSet<char> { 'f' };
var matchSpace = Utilities.AllWhitespace();
//_parserGenerator = new TerminalClassifier<char>();
// Simple XML tags (no attributes)
_openTag = new Terminal<char>
{
Name = "OpenTag",
ValueType = typeof(string)
};
_closeTag = new Terminal<char>
{
Name = "CloseTag",
ValueType = typeof(string)
};
_leafTag = new Terminal<char>
{
Name = "LeafTag",
ValueType = typeof(string)
};
// Other terminals commonly found in programming languages.
_if = new Terminal<char>
{
Name = "If",
ValueType = typeof(void)
};
_while = new Terminal<char>
{
Name = "While",
ValueType = typeof(void)
};
_identifier = new Terminal<char>
{
Name = "Identifier",
ValueType = typeof(string)
};
_whitespace = new Terminal<char>
{
Name = "Whitespace",
ValueType = typeof(void)
};
var openTagAccept = new FiniteAutomatonState<char>
{
IsAccepting = true,
IsRejecting = false,
};
var closeTagAccept = new FiniteAutomatonState<char>
{
IsAccepting = true,
IsRejecting = false
};
var leafTagAccept = new FiniteAutomatonState<char>
{
IsAccepting = true,
IsRejecting = false
};
var leafClose = new FiniteAutomatonState<char>
{
Transitions = new[] {new FiniteAutomatonStateTransition<char> {
Characters = matchClose,
Target = leafTagAccept
}
}
};
var leafName = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchSlash,
Target = leafClose},
new FiniteAutomatonStateTransition<char> {
Characters = matchLetterOrDigit}}
};
leafName.Transitions.Skip(1).First().Target = leafName;
var beginLeafName = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchLetter,
Target = leafName}}
};
var leafOpen = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchOpen,
Target = beginLeafName}
}
};
var closeClose = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchClose,
Target = closeTagAccept}
}
};
var closeName = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char>
{
MatchEpsilon = true,
Target = closeClose
},
new FiniteAutomatonStateTransition<char>
{
Characters = matchLetterOrDigit
}
}
};
closeName.Transitions.Skip(1).First().Target = closeName;
var beginCloseName = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char>
{
Characters = matchLetter,
Target = closeName
}
}
};
var closeSlash = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchSlash,
Target = beginCloseName}
}
};
var closeOpen = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchOpen,
Target = closeSlash}}
};
var openName = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchClose,
Target = openTagAccept},
new FiniteAutomatonStateTransition<char> {
Characters = matchLetterOrDigit}
}
};
openName.Transitions.Skip(1).First().Target = openName;
var beginOpenName = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchLetter,
Target = openName
}
}
};
var openOpen = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchOpen,
Target = beginOpenName}}
};
_openTag.InitialState = openOpen;
_closeTag.InitialState = closeOpen;
_leafTag.InitialState = leafOpen;
// Keywords & identifiers
var acceptIf = new FiniteAutomatonState<char>
{
IsAccepting = true
};
var fIf = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchf,
Target = acceptIf
}
}
};
var iIf = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchi,
Target = fIf
}
}
};
_if.InitialState = iIf;
var acceptWhile = new FiniteAutomatonState<char>
{
IsAccepting = true
};
var eWhile = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matche,
Target = acceptWhile
}
}
};
var lWhile = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchl,
Target = eWhile}
}
};
var iWhile = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchi,
Target = lWhile}
}
};
var hWhile = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchh,
Target = iWhile}
}
};
var wWhile = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchw,
Target = hWhile}
}
};
_while.InitialState = wWhile;
var identifierChar = new FiniteAutomatonState<char>
{
IsAccepting = true,
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchLetterOrDigit
}
}
};
identifierChar.Transitions.First().Target = identifierChar;
var identifierBegin = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchLetter,
Target = identifierChar
}
}
};
_identifier.InitialState = identifierBegin;
var whitespaceChar = new FiniteAutomatonState<char>
{
IsAccepting = true,
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchSpace
}
}
};
whitespaceChar.Transitions.First().Target = whitespaceChar;
var firstWhitespace = new FiniteAutomatonState<char>
{
Transitions = new[] {
new FiniteAutomatonStateTransition<char> {
Characters = matchSpace,
Target=whitespaceChar
}
}
};
_whitespace.InitialState = firstWhitespace;
}
public void SetUp()
{
_client = MockRepository.GenerateMock<IFractionalCalculatorRestClient>();
_helper = new ExpressionHelper(_client);
}
