internal void Parse(BoundStatementList boundStatementList, SpecialCases specialCase = SpecialCases.None)
{
if (boundStatementList == null)
{
throw new ArgumentNullException();
}
ParseBoundStatementList(boundStatementList, this._statements, specialCase);
}
public void TestFieldSearchInvalidSpecial(SpecialCases inputType)
{
var fieldHandler = new FieldManager();
var request = new List <KeyValuePair <string, string> >()
{
SpecialMapperValue[inputType]
};
var response = fieldHandler.GetFieldGuid(request, System.Net.Http.HttpMethod.Get);
PrAssert.That(response, PrIs.ErrorResponse().And.HttpCode(System.Net.HttpStatusCode.BadRequest), $"Invalid special tests are still searching.");
}
public void TestBulkDeleteSpecial(SpecialCases inputType)
{
var handler = new DefaultManager();
var request = DefaultBulkDeleteParametersWithRecordIds(ResourceId.Client, new List <string> {
RecordsCreator.Data[$"{ResourceId.Client}0"].Id.ToString()
});
var records = request["records"] as Dictionary <string, object>;
SpecialRequest[inputType](records);
request["records"] = records;
var response = handler.Send <object>(BulkDeleteEndpoint, request.ToJson(), HttpMethod.POST);
PrAssert.That(response, PrIs.ErrorResponse().And.HttpCode(System.Net.HttpStatusCode.BadRequest));
}
public void InvalidSpecialApplicationInfoTests(SpecialCases testcase)
{
var hrbcAppHandler = new ApplicationManager();
var request = new Dictionary <string, string>()
{
["myapp"] = "0"
};
if (testcase == SpecialCases.InvalidJWT)
{
GetJWT(request);
var response = hrbcAppHandler.ReadHrbcApplicationInfo <HrbcApplicationInfoResponse>(request);
PrAssert.That(response, PrIs.ErrorResponse().And.HttpCode(HttpStatusCode.Unauthorized));
}
else if (testcase == SpecialCases.DupplicateConnection)
{
var info = (TestContext.CurrentContext.Test.Properties.Get(PrivateFixtureExecutorAttribute.TestAuthInfoPropertyName) as MultiItemAuthenticationInfo);
var connect = AuthApiConnection.GetConnectionForCurrentTest();
connect.Authenticate(info.Companies.First().Value.Name, info.Users.First().Value.Login, info.Users.First().Value.Password);
info.Dispose();
var appHandler = new ApplicationManager(connect);
var response = appHandler.ReadHrbcApplicationInfo <HrbcApplicationInfoResponse>(request);
PrAssert.That(response, PrIs.ErrorResponse().And.HttpCode(HttpStatusCode.Conflict));
}
else if (testcase == SpecialCases.WrongContentType)
{
var response = hrbcAppHandler.ReadHrbcApplicationInfo <HrbcApplicationInfoResponse>(JsonConvert.SerializeObject(request));
PrAssert.That(response, PrIs.ErrorResponse().And.HttpCode(HttpStatusCode.BadRequest));
}
else if (testcase == SpecialCases.InternalServer)
{
// This case is unable preparing now.
}
else
{
request.Remove("myapp");
var response = hrbcAppHandler.ReadHrbcApplicationInfo <HrbcApplicationInfoResponse>(request);
PrAssert.That(response, PrIs.ErrorResponse().And.HttpCode(HttpStatusCode.BadRequest));
}
}
public void TestPatchInvalidSpecialMediumAccount(SpecialCases invalid)
{
var handler = new DefaultManager(CreateNewApiConnection());
var request = GenerateDefaultMediumAccountRequest();
if (invalid == SpecialCases.WrongDateTime)
{
request[MediumAccountWriteParameters.ExpiryDate.GetEnumStringValue()] = "20125/100/55";
}
else
{
request = new Dictionary <string, object>
{
[MediumAccountWriteParameters.UserId.GetEnumStringValue()] = 999999,
[MediumAccountWriteParameters.CompanyId.GetEnumStringValue()] = 999999
};
}
var response = handler.Send <object>($"{MediumAccountEndpoint}/{MediumId}", JsonConvert.SerializeObject(request), HttpMethod.PATCH);
Assert.That(response, PrIs.ErrorResponse().And.HttpCode(System.Net.HttpStatusCode.BadRequest));
}
internal static void ParseBoundStatementList(BoundStatementList boundStatementList, IList <Statement> statements, SpecialCases specialCase = SpecialCases.None)
{
// process locals when not used with assignment operator
var boundBlock = boundStatementList as BoundBlock;
if (boundBlock != null)
{
ParseLocals(boundBlock.Locals, statements, boundBlock.Syntax.Green is UsingStatementSyntax || boundBlock.Syntax.Green is FixedStatementSyntax);
}
foreach (var boundStatement in IterateBoundStatementsList(boundStatementList))
{
var boundBlock2 = boundStatement as BoundBlock;
var deserialize = Deserialize(boundStatement, specialCase: specialCase);
var block = deserialize as Block;
if (block != null && (block.Kind == Kinds.Block || block.Kind == Kinds.BlockStatement) && (boundBlock2 == null || boundBlock2.Locals.Length == 0))
{
foreach (var statement2 in block.Statements.Where(s => s != null))
{
statements.Add(statement2);
}
continue;
}
if (block != null)
{
var blockStatement = new BlockStatement();
blockStatement.Statements = block;
blockStatement.SuppressEnding = true;
statements.Add(blockStatement);
continue;
}
var statement = deserialize as Statement;
if (statement != null)
{
statements.Add(statement);
}
}
}
internal static Base Deserialize(BoundNode boundBody, IMethodSymbol methodSymbol = null, SpecialCases specialCase = SpecialCases.None)
{
// method
var boundStatementList = boundBody as BoundStatementList;
if (boundStatementList != null)
{
if (methodSymbol != null || boundStatementList.Syntax.Green is MethodDeclarationSyntax)
{
var methodBody = new MethodBody(methodSymbol);
methodBody.Parse(boundStatementList);
return(methodBody);
}
if (boundStatementList.Syntax.Green is VariableDeclarationSyntax)
{
var variableDeclaration = new VariableDeclaration();
variableDeclaration.Parse(boundStatementList);
return(variableDeclaration);
}
if (boundStatementList.Syntax.Green is IfStatementSyntax)
{
var ifStatement = new IfStatement();
if (ifStatement.Parse(boundStatementList))
{
return(ifStatement);
}
}
if (boundStatementList.Syntax.Green is ForStatementSyntax)
{
var forStatement = new ForStatement();
if (forStatement.Parse(boundStatementList))
{
return(forStatement);
}
}
if (boundStatementList.Syntax.Green is WhileStatementSyntax)
{
var whileStatement = new WhileStatement();
if (whileStatement.Parse(boundStatementList))
{
return(whileStatement);
}
}
if (boundStatementList.Syntax.Green is DoStatementSyntax)
{
var doStatement = new DoStatement();
if (doStatement.Parse(boundStatementList))
{
return(doStatement);
}
}
var forEachStatementSyntax = boundStatementList.Syntax.Green as ForEachStatementSyntax;
if (forEachStatementSyntax != null)
{
if (specialCase != SpecialCases.ForEachBody)
{
var forEachSimpleArrayStatement = new ForEachSimpleArrayStatement();
if (forEachSimpleArrayStatement.Parse(boundStatementList))
{
return(forEachSimpleArrayStatement);
}
var forEachIteratorStatement = new ForEachIteratorStatement();
if (forEachIteratorStatement.Parse(boundStatementList))
{
return(forEachIteratorStatement);
}
}
}
// try to detect 'if'
var ifStatementNoHint = new IfStatement();
if (ifStatementNoHint.Parse(boundStatementList))
{
return(ifStatementNoHint);
}
var whileStatementNoHint = new WhileStatement();
if (whileStatementNoHint.Parse(boundStatementList))
{
return(whileStatementNoHint);
}
var block = new Block();
block.Parse(boundStatementList, specialCase);
return(block);
}
var boundConversion = boundBody as BoundConversion;
if (boundConversion != null)
{
var conversion = new Conversion();
conversion.Parse(boundConversion);
return(conversion);
}
var boundTypeExpression = boundBody as BoundTypeExpression;
if (boundTypeExpression != null)
{
var typeExpression = new TypeExpression();
typeExpression.Parse(boundTypeExpression);
return(typeExpression);
}
var boundThisReference = boundBody as BoundThisReference;
if (boundThisReference != null)
{
var thisReference = new ThisReference();
thisReference.Parse(boundThisReference);
return(thisReference);
}
var boundBaseReference = boundBody as BoundBaseReference;
if (boundBaseReference != null)
{
var baseReference = new BaseReference();
baseReference.Parse(boundBaseReference);
return(baseReference);
}
var boundFieldAccess = boundBody as BoundFieldAccess;
if (boundFieldAccess != null)
{
var fieldAccess = new FieldAccess();
fieldAccess.Parse(boundFieldAccess);
return(fieldAccess);
}
var boundParameter = boundBody as BoundParameter;
if (boundParameter != null)
{
var parameter = new Parameter();
parameter.Parse(boundParameter);
return(parameter);
}
var boundLocal = boundBody as BoundLocal;
if (boundLocal != null)
{
var local = new Local();
local.Parse(boundLocal);
return(local);
}
var boundLiteral = boundBody as BoundLiteral;
if (boundLiteral != null)
{
var literal = new Literal();
literal.Parse(boundLiteral);
return(literal);
}
var boundExpressionStatement = boundBody as BoundExpressionStatement;
if (boundExpressionStatement != null)
{
var expressionStatement = new ExpressionStatement();
expressionStatement.Parse(boundExpressionStatement);
return(expressionStatement);
}
var boundSequence = boundBody as BoundSequence;
if (boundSequence != null)
{
if (boundSequence.Syntax.Green is PrefixUnaryExpressionSyntax)
{
var prefixUnaryExpression = new PrefixUnaryExpression();
if (prefixUnaryExpression.Parse(boundSequence))
{
return(prefixUnaryExpression);
}
}
if (boundSequence.Syntax.Green is PostfixUnaryExpressionSyntax)
{
var postfixUnaryExpression = new PostfixUnaryExpression();
if (postfixUnaryExpression.Parse(boundSequence))
{
return(postfixUnaryExpression);
}
}
var sideEffectsAsLambdaCallExpression = new SideEffectsAsLambdaCallExpression();
sideEffectsAsLambdaCallExpression.Parse(boundSequence);
return(sideEffectsAsLambdaCallExpression);
}
var boundCall = boundBody as BoundCall;
if (boundCall != null)
{
var call = new Call();
call.Parse(boundCall);
return(call);
}
var boundBinaryOperator = boundBody as BoundBinaryOperator;
if (boundBinaryOperator != null)
{
var binaryOperator = new BinaryOperator();
binaryOperator.Parse(boundBinaryOperator);
return(binaryOperator);
}
var boundAssignmentOperator = boundBody as BoundAssignmentOperator;
if (boundAssignmentOperator != null)
{
var assignmentOperator = new AssignmentOperator();
assignmentOperator.Parse(boundAssignmentOperator);
return(assignmentOperator);
}
var boundObjectCreationExpression = boundBody as BoundObjectCreationExpression;
if (boundObjectCreationExpression != null)
{
var objectCreationExpression = new ObjectCreationExpression();
objectCreationExpression.Parse(boundObjectCreationExpression);
return(objectCreationExpression);
}
var boundUnaryOperator = boundBody as BoundUnaryOperator;
if (boundUnaryOperator != null)
{
var unaryOperator = new UnaryOperator();
unaryOperator.Parse(boundUnaryOperator);
return(unaryOperator);
}
var boundConditionalOperator = boundBody as BoundConditionalOperator;
if (boundConditionalOperator != null)
{
var conditionalOperator = new ConditionalOperator();
conditionalOperator.Parse(boundConditionalOperator);
return(conditionalOperator);
}
var boundNullCoalescingOperator = boundBody as BoundNullCoalescingOperator;
if (boundNullCoalescingOperator != null)
{
var nullCoalescingOperator = new NullCoalescingOperator();
nullCoalescingOperator.Parse(boundNullCoalescingOperator);
return(nullCoalescingOperator);
}
var boundArrayCreation = boundBody as BoundArrayCreation;
if (boundArrayCreation != null)
{
var arrayCreation = new ArrayCreation();
arrayCreation.Parse(boundArrayCreation);
return(arrayCreation);
}
var boundArrayInitialization = boundBody as BoundArrayInitialization;
if (boundArrayInitialization != null)
{
var arrayInitialization = new ArrayInitialization();
arrayInitialization.Parse(boundArrayInitialization);
return(arrayInitialization);
}
var boundArrayAccess = boundBody as BoundArrayAccess;
if (boundArrayAccess != null)
{
var arrayAccess = new ArrayAccess();
arrayAccess.Parse(boundArrayAccess);
return(arrayAccess);
}
var boundArrayLength = boundBody as BoundArrayLength;
if (boundArrayLength != null)
{
var arrayLength = new ArrayLength();
arrayLength.Parse(boundArrayLength);
return(arrayLength);
}
var boundStackAllocArrayCreation = boundBody as BoundStackAllocArrayCreation;
if (boundStackAllocArrayCreation != null)
{
var stackAllocArrayCreation = new StackAllocArrayCreation();
stackAllocArrayCreation.Parse(boundStackAllocArrayCreation);
return(stackAllocArrayCreation);
}
var boundDefaultOperator = boundBody as BoundDefaultOperator;
if (boundDefaultOperator != null)
{
var defaultOperator = new DefaultOperator();
defaultOperator.Parse(boundDefaultOperator);
return(defaultOperator);
}
var boundReturnStatement = boundBody as BoundReturnStatement;
if (boundReturnStatement != null)
{
var returnStatement = new ReturnStatement();
returnStatement.Parse(boundReturnStatement);
return(returnStatement);
}
var boundDelegateCreationExpression = boundBody as BoundDelegateCreationExpression;
if (boundDelegateCreationExpression != null)
{
var delegateCreationExpression = new DelegateCreationExpression();
delegateCreationExpression.Parse(boundDelegateCreationExpression);
return(delegateCreationExpression);
}
var boundThrowStatement = boundBody as BoundThrowStatement;
if (boundThrowStatement != null)
{
var throwStatement = new ThrowStatement();
throwStatement.Parse(boundThrowStatement);
return(throwStatement);
}
var boundTryStatement = boundBody as BoundTryStatement;
if (boundTryStatement != null)
{
var tryStatement = new TryStatement();
tryStatement.Parse(boundTryStatement);
return(tryStatement);
}
var boundCatchBlock = boundBody as BoundCatchBlock;
if (boundCatchBlock != null)
{
var catchBlock = new CatchBlock();
catchBlock.Parse(boundCatchBlock);
return(catchBlock);
}
var boundGotoStatement = boundBody as BoundGotoStatement;
if (boundGotoStatement != null)
{
if (boundGotoStatement.Syntax.Green is ContinueStatementSyntax)
{
var continueStatement = new ContinueStatement();
continueStatement.Parse(boundGotoStatement);
return(continueStatement);
}
if (boundGotoStatement.Syntax.Green is BreakStatementSyntax)
{
var breakStatement = new BreakStatement();
breakStatement.Parse(boundGotoStatement);
return(breakStatement);
}
////var continueStatementNoHint = new ContinueStatement();
////if (continueStatementNoHint.Parse(boundGotoStatement))
////{
//// return continueStatementNoHint;
////}
////var breakStatementNoHint = new BreakStatement();
////if (breakStatementNoHint.Parse(boundGotoStatement))
////{
//// return breakStatementNoHint;
////}
var gotoStatement = new GotoStatement();
gotoStatement.Parse(boundGotoStatement);
return(gotoStatement);
}
var boundLabelStatement = boundBody as BoundLabelStatement;
if (boundLabelStatement != null)
{
var labelStatement = new LabelStatement();
labelStatement.Parse(boundLabelStatement);
return(labelStatement);
}
var boundMethodGroup = boundBody as BoundMethodGroup;
if (boundMethodGroup != null)
{
var methodGroup = new MethodGroup();
methodGroup.Parse(boundMethodGroup);
return(methodGroup);
}
var boundConditionalGoto = boundBody as BoundConditionalGoto;
if (boundConditionalGoto != null)
{
var conditionalGoto = new ConditionalGoto();
conditionalGoto.Parse(boundConditionalGoto);
return(conditionalGoto);
}
var boundAsOperator = boundBody as BoundAsOperator;
if (boundAsOperator != null)
{
var asOperator = new AsOperator();
asOperator.Parse(boundAsOperator);
return(asOperator);
}
var boundIsOperator = boundBody as BoundIsOperator;
if (boundIsOperator != null)
{
var isOperator = new IsOperator();
isOperator.Parse(boundIsOperator);
return(isOperator);
}
var boundTypeOfOperator = boundBody as BoundTypeOfOperator;
if (boundTypeOfOperator != null)
{
var typeOfOperator = new TypeOfOperator();
typeOfOperator.Parse(boundTypeOfOperator);
return(typeOfOperator);
}
var boundSwitchStatement = boundBody as BoundSwitchStatement;
if (boundSwitchStatement != null)
{
var switchStatement = new SwitchStatement();
switchStatement.Parse(boundSwitchStatement);
return(switchStatement);
}
var boundAddressOfOperator = boundBody as BoundAddressOfOperator;
if (boundAddressOfOperator != null)
{
var addressOfOperator = new AddressOfOperator();
addressOfOperator.Parse(boundAddressOfOperator);
return(addressOfOperator);
}
var boundPointerIndirectionOperator = boundBody as BoundPointerIndirectionOperator;
if (boundPointerIndirectionOperator != null)
{
if (boundPointerIndirectionOperator.Syntax.Green is ElementAccessExpressionSyntax)
{
var elementAccessExpression = new ElementAccessExpression();
if (elementAccessExpression.Parse(boundPointerIndirectionOperator))
{
return(elementAccessExpression);
}
}
var pointerIndirectionOperator = new PointerIndirectionOperator();
pointerIndirectionOperator.Parse(boundPointerIndirectionOperator);
return(pointerIndirectionOperator);
}
var boundMakeRefOperator = boundBody as BoundMakeRefOperator;
if (boundMakeRefOperator != null)
{
var makeRefOperator = new MakeRefOperator();
makeRefOperator.Parse(boundMakeRefOperator);
return(makeRefOperator);
}
var boundRefValueOperator = boundBody as BoundRefValueOperator;
if (boundRefValueOperator != null)
{
var refValueOperator = new RefValueOperator();
refValueOperator.Parse(boundRefValueOperator);
return(refValueOperator);
}
var boundRefTypeOperator = boundBody as BoundRefTypeOperator;
if (boundRefTypeOperator != null)
{
var refTypeOperator = new RefTypeOperator();
refTypeOperator.Parse(boundRefTypeOperator);
return(refTypeOperator);
}
var boundSizeOfOperator = boundBody as BoundSizeOfOperator;
if (boundSizeOfOperator != null)
{
var sizeOfOperator = new SizeOfOperator();
sizeOfOperator.Parse(boundSizeOfOperator);
return(sizeOfOperator);
}
var boundNoOpStatement = boundBody as BoundNoOpStatement;
if (boundNoOpStatement != null)
{
var noOpStatement = new NoOpStatement();
noOpStatement.Parse(boundNoOpStatement);
return(noOpStatement);
}
var boundIteratorScope = boundBody as BoundIteratorScope;
if (boundIteratorScope != null)
{
var iteratorScope = new IteratorScope();
iteratorScope.Parse(boundIteratorScope);
return(iteratorScope);
}
var boundArgList = boundBody as BoundArgList;
if (boundArgList != null)
{
var argList = new ArgList();
argList.Parse(boundArgList);
return(argList);
}
var boundArgListOperator = boundBody as BoundArgListOperator;
if (boundArgListOperator != null)
{
var argListOperator = new ArgListOperator();
argListOperator.Parse(boundArgListOperator);
return(argListOperator);
}
var statemnent = Unwrap(boundBody);
if (statemnent != null)
{
throw new InvalidOperationException("Unwrap statement in foreach cycle in block class");
}
if (statemnent == null)
{
throw new NotImplementedException();
}
return(Deserialize(statemnent));
}