public TypedValue[] ActualValues(CellProcessor processor, object theActualRow)
{
var actuals = (object[]) theActualRow;
var result = new TypedValue[actuals.Length];
for (int i = 0; i < actuals.Length; i++) result[i] = new TypedValue(actuals[i]);
return result;
}
public TypedValue[] ActualValues(CellProcessor processor, object theActualRow)
{
if (myColumnsUsed == null) myColumnsUsed = new bool[myHeaderRow.Parts.Size];
var result = new TypedValue[myHeaderRow.Parts.Size];
int column = 0;
foreach (Parse headerCell in new CellRange(myHeaderRow.Parts).Cells) {
TypedValue memberResult = new CellOperationImpl(processor).TryInvoke(theActualRow, headerCell);
if (memberResult.IsValid) {
result[column] = memberResult;
myColumnsUsed[column] = true;
}
else {
TypedValue itemResult = new CellOperationImpl(processor).TryInvoke(theActualRow,
new StringCellLeaf("getitem"),
new CellRange(headerCell, 1));
if (itemResult.IsValid) {
result[column] = itemResult;
myColumnsUsed[column] = true;
}
else {
result[column] = TypedValue.Void;
}
}
column++;
}
return result;
}
public object Evaluate(DomainAdapter theFixture, CellProcessor processor) {
cells.ValueAt(0).SetAttribute(CellAttribute.Syntax, CellAttributeValue.SyntaxKeyword);
var cellCount = cells.Branches.Count;
if (cellCount < 2) throw MakeException("missing cells");
var identifier = cells.ValueAt(1).Text;
if (newIdentifier.Equals(identifier)) {
cells.ValueAt(1).SetAttribute(CellAttribute.Syntax, CellAttributeValue.SyntaxKeyword);
return new MethodPhrase(cells.Skip(1)).EvaluateNew(processor);
}
if (typeIdentifier.Equals(identifier)) {
cells.ValueAt(1).SetAttribute(CellAttribute.Syntax, CellAttributeValue.SyntaxKeyword);
if (cellCount < 3) throw MakeException("missing cells");
cells.ValueAt(2).SetAttribute(CellAttribute.Syntax, CellAttributeValue.SyntaxSUT);
return processor.ParseTree(typeof (Type), cells.Branches[2]).Value;
}
if (currentIdentifier.Equals(identifier)) {
cells.ValueAt(1).SetAttribute(CellAttribute.Syntax, CellAttributeValue.SyntaxKeyword);
return theFixture.SystemUnderTest;
}
var fixture = theFixture as FlowInterpreter;
if (fixture == null) throw MakeException("flow fixture required");
return processor.Get<Symbols>().HasValue(identifier)
? processor.Get<Symbols>().GetValue(identifier)
: fixture.ExecuteFlowRowMethod(processor, cells);
}
public void Interpret(CellProcessor processor, Tree<Cell> table)
{
new Traverse<Cell>()
.Rows.First(row => selectValue = new ValuePhrase(row).Evaluate(processor))
.Rows.All(row => SelectRow(processor, row))
.VisitTable(table);
}
public static void Evaluate(this Tree<Cell> row, CellProcessor processor)
{
var interpreter = processor.CallStack.DomainAdapter.GetValueAs<FlowInterpreter>();
if (!row.InvokeSpecialAction(processor, interpreter).IsValid) {
row.ExecuteMethod(processor, interpreter);
}
}
public SocketServer(FitSocket socket, CellProcessor service, ProgressReporter reporter, bool suiteSetUpIsAnonymous)
{
this.service = service;
this.reporter = reporter;
this.socket = socket;
IMaybeProcessingSuiteSetup = suiteSetUpIsAnonymous;
}
public static void DoTable(Tree<Cell> table, Interpreter activeFixture, CellProcessor processor, bool inFlow)
{
var activeFlowFixture = activeFixture as FlowInterpreter;
if (activeFlowFixture != null) activeFlowFixture.DoSetUp(processor, table);
activeFixture.Interpret(processor, table);
if (activeFlowFixture != null && !inFlow) activeFlowFixture.DoTearDown(table);
}
public void Interpret(CellProcessor processor, Tree<Cell> table)
{
new Traverse<Cell>()
.Rows.Header(row => headerRow = row)
.Rows.Rest(row => ComputeRow(processor, row))
.VisitTable(table);
}
static Interpreter GetNamedFixture(CellProcessor processor, string theName) {
if (!processor.Get<Symbols>().HasValue(theName)) return null;
var result = processor.Operate<WrapOperator>(new TypedValue(processor.Get<Symbols>().GetValue(theName)));
result.AsNot<Interpreter>(() => { throw new FitFailureException("Result is not a Fixture."); });
return result.GetValueAs<Interpreter>();
}
public object EvaluateNew(CellProcessor processor)
{
if (cells.Branches.Count < 2) throw MakeException("missing cells");
return processor.Create(
cells.ValueAt(1).Text,
cells.Skip(2))
.Value;
}
public InvokeOperation(CellProcessor processor, TypedValue target, Tree<Cell> member, Tree<Cell> parameters, Tree<Cell> cells)
{
this.processor = processor;
Target = target;
Member = member;
Parameters = parameters;
Cells = cells;
}
public static TypedValue ExecuteMethod(this Tree<Cell> row, CellProcessor processor, MethodRowSelector selector,
object target)
{
return processor.Execute(target,
selector.SelectMethodCells(row),
selector.SelectParameterCells(row),
row.ValueAt(0));
}
static void Execute(CellProcessor processor, object facility, Tree<Cell> currentRow) {
var selector = new DoRowSelector();
var result = processor.ExecuteWithThrow(facility, selector.SelectMethodCells(currentRow),
selector.SelectParameterCells(currentRow),
currentRow.ValueAt(0));
if (result.IsVoid) return;
currentRow.ValueAt(0).SetAttribute(CellAttribute.Folded, result.ValueString);
}
private void RunTest(CellProcessor service, string tables) {
var socket = new TestSocket();
socket.PutByteString(Protocol.FormatInteger(tables.Length));
socket.PutByteString(tables);
socket.PutByteString(Protocol.FormatInteger(0));
var server = new SocketServer(new FitSocket(socket, new NullReporter()), service, new NullReporter(), false);
server.ProcessTestDocuments(new StoryTestStringWriter(service).ForTables(s => resultTables += s));
Assert.IsFalse(socket.isOpen);
}
public void Interpret(CellProcessor processor, Tree<Cell> table) {
var action = new IncludeAction(processor);
var currentRow = table.Branches[0].Skip(1);
var selector = new SequenceRowSelector();
processor.ExecuteWithThrow(action, selector.SelectMethodCells(currentRow),
selector.SelectParameterCells(currentRow),
currentRow.ValueAt(0));
table.ValueAt(0, 0).SetAttribute(CellAttribute.Folded, action.Result);
}
public TypedValue DoInvoke(CellProcessor processor)
{
var targetInstance = new TypedValue(target);
var targetObjectProvider = target as TargetObjectProvider;
var name = GetMemberName(processor);
return processor.Invoke(
targetObjectProvider != null ? new TypedValue(targetObjectProvider.GetTargetObject()) : targetInstance,
name, parameters);
}
public void Interpret(CellProcessor processor, Tree<Cell> table) {
var firstRow = table.Branches[0];
if (firstRow.Branches.Count < 2) throw new TableStructureException("Missing cells for use.");
var fixtureName = firstRow.ValueAt(1).Text;
var targetFixture = GetNamedFixture(processor, fixtureName)
?? MakeNewFixture(processor, firstRow);
targetFixture.Interpret(processor, table);
}
void SelectRow(CellProcessor processor, Tree<Cell> row)
{
if (processor.Compare(new TypedValue(selectValue), row.Branches[0])) {
var interpreter = processor.CallStack.DomainAdapter.GetValueAs<FlowInterpreter>();
new FlowRow(new CellTree(row.Branches.Skip(1))).Evaluate(processor, interpreter);
}
else {
row.Value.SetAttribute(CellAttribute.Status, TestStatus.Ignore);
}
}
static Interpreter MakeNewFixture(CellProcessor processor, Tree<Cell> firstRow) {
var fixture = processor.ParseTree<Cell, Interpreter>(firstRow.Skip(1));
if (firstRow.Branches.Count > 2) {
var adapter = fixture as MutableDomainAdapter;
if (adapter != null) {
var parent = processor.CallStack.DomainAdapter.GetValueAs<DomainAdapter>();
adapter.SetSystemUnderTest(new MethodPhrase(firstRow.Skip(2)).Evaluate(parent, processor));
}
}
return fixture;
}
public static object ExecuteFlowRowMethod(this FlowInterpreter interpreter, CellProcessor processor, Tree<Cell> row)
{
try {
var cells = row.Skip(1);
return cells.ExecuteMethod(processor, interpreter).ThrowExceptionIfNotValid().Value;
}
catch (ParseException<Cell> e) {
processor.TestStatus.MarkException(e.Subject, e.InnerException);
throw new IgnoredException();
}
}
public void Interpret(CellProcessor processor, Tree<Cell> table)
{
processor.TestStatus.TableCount--;
TypedValue result = processor.Invoke(
new TypedValue(processor.Configuration.GetItem(table.Branches[0].Branches[1].Value.Text)),
table.Branches[0].Branches[2].Value.Text,
new CellTree());
result.ThrowExceptionIfNotValid();
if (result.IsVoid) return;
table.Branches[0].Branches[2].Value.SetAttribute(CellAttribute.Folded, result.ValueString);
}
void ComputeRow(CellProcessor processor, Tree<Cell> row) {
var memberName = processor.ParseTree<Cell, MemberName>(headerRow.Branches.Last()).WithNamedParameters();
var parameterList = new List<Tree<Cell>>();
for (var i = 0; i < headerRow.Branches.Count - 1; i++) {
parameterList.Add(new CellTreeLeaf(new GracefulName(headerRow.ValueAt(i).Text).ToString()));
parameterList.Add(row.Branches[i]);
}
var result = processor.Invoke(processor.CallStack.DomainAdapter, memberName,
new EnumeratedTree<Cell>(parameterList));
processor.Check(result, row.Branches.Last());
}
void ComputeRow(CellProcessor processor, Tree<Cell> row)
{
var memberName = MemberName.NamedParameterPrefix + processor.ParseTree<Cell, MemberName>(headerRow.Branches.Last());
var parameterList = new List<Tree<Cell>>();
for (var i = 0; i < headerRow.Branches.Count - 1; i++) {
parameterList.Add(new CellTreeLeaf(new GracefulName(headerRow.Branches[i].Value.Text).ToString()));
parameterList.Add(row.Branches[i]);
}
var result = processor.Invoke(new TypedValue(SystemUnderTest), memberName,
new EnumeratedTree<Cell>(parameterList));
new CellOperationImpl(processor).Check(result, row.Branches.Last());
}
public void DoTableFlow(CellProcessor processor, FlowInterpreter interpreter, Tree<Cell> table)
{
this.interpreter = interpreter;
this.processor = processor;
if (processor.TestStatus.IsAbandoned) return;
hasFinishedTable = false;
for (var i = 0; i < table.Branches.Count; i++) {
if (i < rowsToSkip) continue;
if (hasFinishedTable) break;
ProcessFlowRow(table, i);
}
}
public static TypedValue InvokeSpecialAction(this Tree<Cell> row, CellProcessor processor, FlowInterpreter interpreter)
{
var specialActionName = processor.ParseTree<Cell, MemberName>(row.Branches[0]);
try {
var result = processor.Operate<InvokeSpecialOperator>(new TypedValue(interpreter), specialActionName, row);
if (result.IsValid) {
SetSyntaxKeyword(row);
}
return result;
}
catch (System.Exception) {
SetSyntaxKeyword(row);
throw;
}
}
public static object ExecuteFlowRowMethod(this FlowInterpreter interpreter, CellProcessor processor, Tree<Cell> row) {
try {
var cells = row.Skip(1);
return
processor.ExecuteWithThrow(interpreter,
interpreter.MethodRowSelector.SelectMethodCells(cells),
interpreter.MethodRowSelector.SelectParameterCells(cells),
row.ValueAt(1)).
Value;
}
catch (ParseException<Cell> e) {
processor.TestStatus.MarkException(e.Subject, e.InnerException);
throw new IgnoredException();
}
}
public void Evaluate(CellProcessor processor, FlowInterpreter interpreter)
{
var specialActionName = processor.ParseTree<Cell, MemberName>(row.Branches[0]);
var result = processor.Operate<InvokeSpecialOperator>(new TypedValue(interpreter), specialActionName, row.Branches[0]);
if (result.IsValid) {
row.ValueAt(0).SetAttribute(CellAttribute.Syntax, CellAttributeValue.SyntaxKeyword);
return;
}
if (!result.IsValid) {
processor.Execute(interpreter,
interpreter.MethodRowSelector.SelectMethodCells(row),
interpreter.MethodRowSelector.SelectParameterCells(row),
row.ValueAt(0));
}
}
public static void SetOption(CellProcessor processor, String name, String value)
{
String normalname = NameNormaliser.NormaliseName(name);
if ("fixedlengthstringparsing".Equals(normalname))
{
fixedLengthStringParsing = Boolean.Parse(value);
if (fixedLengthStringParsing)
processor.AddOperator(typeof(ParseQuotedString).FullName);
else
processor.RemoveOperator(typeof(ParseQuotedString).FullName);
}
else if ("bindsymbols".Equals(normalname))
{
bindSymbols = Boolean.Parse(value);
}
else throw new ApplicationException("Unsupported option" + name);
}
public void Interpret(CellProcessor processor, Tree<Cell> table)
{
processor.TestStatus.TableCount--;
var facility = processorIdentifier.Matches(table.ValueAt(0, 1).Text)
? processor
: processor.Memory.GetItem(table.ValueAt(0, 1).Text);
if (table.Branches[0].Branches.Count > 2) {
var currentRow = table.Branches[0].Skip(2);
Execute(processor, facility, currentRow);
}
new Traverse<Cell>()
.Rows.All(row => Execute(processor, facility, row))
.VisitTable(table);
}
public BindingFactory(CellProcessor processor, MutableDomainAdapter adapter, TargetObjectProvider targetProvider)
{
this.processor = processor;
this.adapter = adapter;
this.targetProvider = targetProvider;
}
public void Interpret(CellProcessor processor, Tree <Cell> table)
{
processor.TestStatus.TableCount--;
processor.Get <Symbols>().Clear();
}
public void Prepare(CellProcessor processor, Tree <Cell> row)
{
Processor = processor;
GetArgsForRow(row);
}
static Type FindType(CellProcessor processor, string facilityName, string action)
{
return(processor.ApplicationUnderTest.FindType(new GracefulNameMatcher(ConfigurationNames.TypeName(facilityName, action))).Type);
}
public void Interpret(CellProcessor processor, Tree <Cell> table)
{
new Traverse <Cell>()
.All(row => row.Branches.Select(branch => branch.Value).Where(cell => cell.Text == "good").ForEach(cell => processor.TestStatus.MarkRight(cell)))
.VisitTable(table);
}
public void Execute(CellProcessor cellProcessor)
{
cellProcessor.Operate <RunTestOperator>(ParsedInput, writer);
}
public SetMatchStrategy(CellProcessor processor, Parse theHeaderRow) : base(processor, theHeaderRow)
{
}
public static TypedValue Execute(this CellProcessor processor, object target, Tree <Cell> memberName, Tree <Cell> parameters)
{
return(processor.Execute(target, memberName, parameters, new CellBase(string.Empty)));
}
static async Task Main(string[] args)
{
Console.ForegroundColor = ConsoleColor.Blue;
IExpressionEvaluator _evaluator = new ExpressionEvaluator();
IFileService _fileService = new FileService();
IValidator _validator = new Validator();
ICellProcessor _cellService = new CellProcessor();
Interactions.GreetUser();
Interactions.AskForFilesCount();
string filesCount = Console.ReadLine();
int filesCountNum;
while (!_validator.FilesCountIsValid(filesCount, out filesCountNum))
{
Interactions.AskForFilesCount();
filesCount = Console.ReadLine();
}
for (int i = 0; i < filesCountNum; i++)
{
string filePath, outParameter, formula;
Interactions.AskForSrcFilePath();
filePath = Console.ReadLine();
while (!_validator.FilePathIsValid(filePath))
{
Interactions.AskForSrcFilePath();
filePath = Console.ReadLine();
}
var fileLines = await File.ReadAllLinesAsync(filePath);
if (!_validator.FileLinesAreValid(fileLines))
{
return;
}
Interactions.AskForOutParameter();
outParameter = Console.ReadLine();
while (!_validator.OutParameterIsValid(outParameter))
{
Interactions.AskForOutParameter();
outParameter = Console.ReadLine();
}
Interactions.AskForFormula();
formula = Console.ReadLine();
while (!_validator.FormulaIsValid(formula))
{
Interactions.AskForFormula();
formula = Console.ReadLine();
}
List <FileLine> lines = _fileService.MapFileLines(fileLines);
try
{
await Task.Run(() => // cpu-bound operation, better to perform in a separate thread
{
Parallel.ForEach(lines, l => l.CalculatedValue = _evaluator.EvaluateExpression(formula.ToLower().Replace("x", l.Value.ToString())));
});
}
catch (FormatException)
{
Console.WriteLine("Wrong formula");
return;
}
catch (Exception)
{
Console.WriteLine("Something went wrong while evaluating expression");
}
if (outParameter.ToLower().Equals("-f"))
{
await _fileService.WriteLinesToFileAsync(filePath, lines); // I/O-bound operation, better to await without Task.Run()
Interactions.AnnounceSuccess();
}
else
{
foreach (var line in lines)
{
Console.WriteLine($"{line.LineNumber}: {line.Value}: {line.CalculatedValue}");
}
}
}
Console.ReadKey();
}
public FlowKeywords(FlowInterpreter fixture, CellProcessor processor)
{
this.fixture = fixture;
this.processor = processor;
}
public InterpretFlow(CellProcessor processor, FlowInterpreter interpreter)
{
this.interpreter = interpreter;
this.processor = processor;
}
public CellMatcher(CellProcessor processor)
{
Processor = processor;
}
public CellOperationImpl(CellProcessor processor)
{
this.processor = processor;
}
public static void Check(this CellProcessor processor, TypedValue actualValue, Tree <Cell> expectedCell)
{
processor.Operate <CheckOperator>(
CellOperationValue.Make(actualValue),
expectedCell);
}
public static T GetSystemUnderTest <T>(this CellProcessor processor) where T : class
{
return(processor.CallStack.GetSystemUnderTest <T>());
}
public static TypedValue ExecuteWithThrow(this CellProcessor processor, object target, Tree <Cell> memberName)
{
return(processor.ExecuteWithThrow(target, memberName, new CellTree(), new CellBase(string.Empty)));
}
public static void Check(this CellProcessor processor, object systemUnderTest, Tree <Cell> memberName, Tree <Cell> expectedCell)
{
processor.Check(systemUnderTest, memberName, new CellTree(), expectedCell);
}
public StoryTest(CellProcessor processor, StoryTestWriter writer)
{
this.processor = processor;
this.writer = writer;
}
public static V Get <V>(this CellProcessor processor) where V : new()
{
return(processor.Memory.GetItem <V>());
}
public DeepCopy(CellProcessor processor)
{
this.processor = processor;
}
public static void Check(this CellProcessor processor, object systemUnderTest, Tree <Cell> memberName, Tree <Cell> parameters, Tree <Cell> expectedCell)
{
processor.Operate <CheckOperator>(
CellOperationValue.Make(systemUnderTest, memberName, parameters),
expectedCell);
}
public TypedValue Decorate(CellProcessor processor, Tree <Cell> element, Func <TypedValue> action)
{
return(action());
}
public void DoSetUp(CellProcessor processor, Tree <Cell> table)
{
Prepare(processor, table.Branches[0]);
ExecuteOptionalMethod(InvokeSetUpTearDown.SetUpMethod, (Parse)table.Branches[0].Branches[0]);
}
public void Interpret(CellProcessor processor, Tree <Cell> table)
{
}
public ListMatcher(CellProcessor processor, ListMatchStrategy strategy)
{
this.strategy = strategy;
this.processor = processor;
}
public PatternMemberMatcher(CellProcessor processor, object instance, MemberSpecification specification)
{
this.processor = processor;
this.specification = specification;
this.instance = instance;
}
public PatternRuntimeMember(CellProcessor processor, RuntimeMember baseMember, string[] patternParameters)
{
this.baseMember = baseMember;
this.processor = processor;
this.patternParameters = patternParameters;
}
public QueryMatchStrategy(CellProcessor processor, Parse theHeaderRow, bool isOrdered)
: base(processor, theHeaderRow)
{
this.isOrdered = isOrdered;
}
public static TypedValue Execute(this CellProcessor processor, object systemUnderTest, Tree <Cell> memberName,
Tree <Cell> parameters, Cell targetCell)
{
return(processor.Operate <ExecuteOperator>(systemUnderTest, memberName, parameters, targetCell));
}
public InputBinding(CellProcessor processor, TargetObjectProvider targetProvider, Tree<Cell> memberCell)
{
this.processor = processor;
this.memberCell = memberCell;
this.targetProvider = targetProvider;
}
public IncludeAction(CellProcessor processor)
{
this.processor = processor;
}
