protected override Expression VisitPropertyDefinitionExpression(PropertyDefinitionExpression property)
{
var name = property.PropertyName.Uncapitalize();
fieldDefinitionsForProperties.Add(new FieldDefinitionExpression(name, property.PropertyType, AccessModifiers.Protected));
var thisProperty = FickleExpression.Variable(property.PropertyType, "this." + name);
var getterBody = FickleExpression.Block
(
new Expression[] { FickleExpression.Return(thisProperty) }
);
var setterParam = FickleExpression.Parameter(property.PropertyType, name);
var setterBody = FickleExpression.Block
(
new Expression[] { Expression.Assign(thisProperty, setterParam) }
);
var propertyGetter = new MethodDefinitionExpression("get" + property.PropertyName, new List <Expression>(), AccessModifiers.Public, property.PropertyType, getterBody, false);
var propertySetter = new MethodDefinitionExpression("set" + property.PropertyName, new List <Expression> {
setterParam
}, AccessModifiers.Public, typeof(void), setterBody, false);
return(new Expression[] { propertyGetter, propertySetter }.ToStatementisedGroupedExpression());
}
private Expression CreateScalarPropertiesAsFormEncodedStringMethod(TypeDefinitionExpression expression)
{
var self = Expression.Parameter(expression.Type, "self");
var properties = ExpressionGatherer.Gather(expression, ServiceExpressionType.PropertyDefinition).Where(c => !(c.Type is FickleListType)).ToList();
var parameters = properties.OfType <PropertyDefinitionExpression>().ToDictionary(c => c.PropertyName, c => Expression.Property(self, c.PropertyName));
var path = string.Join("", properties.OfType <PropertyDefinitionExpression>().Select(c => c.PropertyName + "={" + c.PropertyName + "}"));
var formatInfo = ObjectiveStringFormatInfo.GetObjectiveStringFormatInfo
(
path,
c => parameters[c],
(s, t) => t == typeof(string) ? s : s + "&",
c => FickleExpression.Call(c, typeof(string), "stringByAppendingString", Expression.Constant("&"))
);
var parameterInfos = new List <ParameterInfo>
{
new FickleParameterInfo(typeof(string), "format")
};
parameterInfos.AddRange(formatInfo.ParameterExpressions.Select(c => new ObjectiveParameterInfo(c.Type, c.Name, true)));
var args = new List <Expression>
{
Expression.Constant(formatInfo.Format)
};
args.AddRange(formatInfo.ValueExpressions);
var methodInfo = new FickleMethodInfo(typeof(string), typeof(string), "stringWithFormat", parameterInfos.ToArray(), true);
var methodBody = Expression.Block(FickleExpression.Return(Expression.Call(null, methodInfo, args)).ToStatement());
return(new MethodDefinitionExpression("scalarPropertiesAsFormEncodedString", new List <Expression>().ToReadOnlyCollection(), typeof(string), methodBody, false, null));
}
protected virtual Expression CreateToStringMethod()
{
var value = Expression.Parameter(currentTypeDefinition.Type, "value");
var methodName = currentTypeDefinition.Type.Name.Capitalize() + "ToString";
var parameters = new Expression[]
{
value
};
var array = FickleExpression.Variable("NSMutableArray", "array");
var temp = FickleExpression.Variable(currentTypeDefinition.Type, "temp");
var expressions = new List <Expression>
{
Expression.Assign(array, Expression.New(array.Type))
};
foreach (var enumValue in ((FickleType)currentTypeDefinition.Type).ServiceEnum.Values)
{
var currentEnumValue = Expression.Constant((int)enumValue.Value);
expressions.Add
(
Expression.IfThen
(
Expression.Equal(Expression.And(currentEnumValue, Expression.Convert(value, typeof(int))), Expression.Convert(currentEnumValue, typeof(int))),
FickleExpression.StatementisedGroupedExpression
(
GroupedExpressionsExpressionStyle.Wide,
FickleExpression.Call(array, typeof(void), "addObject", Expression.Constant(enumValue.Name)),
Expression.Assign(temp, Expression.Convert(Expression.Or(Expression.Convert(temp, typeof(int)), currentEnumValue), currentTypeDefinition.Type))
).ToBlock()
)
);
}
expressions.Add(Expression.IfThen(Expression.NotEqual(value, temp), FickleExpression.Return(FickleExpression.Call(Expression.Convert(value, typeof(object)), typeof(string), "stringValue", null)).ToStatementBlock()));
expressions.Add(FickleExpression.Return(FickleExpression.Call(array, "componentsJoinedByString", Expression.Constant(","))));
var defaultBody = FickleExpression.StatementisedGroupedExpression
(
GroupedExpressionsExpressionStyle.Wide,
expressions.ToArray()
);
var cases = new List <SwitchCase>();
foreach (var enumValue in ((FickleType)currentTypeDefinition.Type).ServiceEnum.Values)
{
cases.Add(Expression.SwitchCase(Expression.Return(Expression.Label(), Expression.Constant(enumValue.Name)).ToStatement(), Expression.Constant((int)enumValue.Value, currentTypeDefinition.Type)));
}
var switchStatement = Expression.Switch(value, defaultBody, cases.ToArray());
var body = FickleExpression.Block(new [] { array, temp }, switchStatement);
return(new MethodDefinitionExpression(methodName, parameters.ToReadOnlyCollection(), AccessModifiers.Static | AccessModifiers.ClasseslessFunction, typeof(string), body, false, "__unused", null));
}
private Expression CreateDeserialiseStreamMethod()
{
var inputStream = Expression.Parameter(FickleType.Define("InputStream"), "in");
var jsonReaderType = FickleType.Define("JsonReader");
var jsonReader = Expression.Variable(jsonReaderType, "reader");
var result = Expression.Variable(currentType, "result");
var inputStreamReaderNew = FickleExpression.New(FickleType.Define("InputStreamReader"), "InputStreamReader", inputStream);
var jsonReaderNew = FickleExpression.New(jsonReaderType, "JsonReader", inputStreamReaderNew);
var jsonReaderNextString = FickleExpression.Call(jsonReader, "nextString", null);
var resultCreate = Expression.Assign(result, FickleExpression.StaticCall(currentType, currentType, "deserialize", jsonReaderNextString)).ToStatement();
var jsonReaderClose = FickleExpression.Call(jsonReader, "close", null).ToStatement();
var exception = Expression.Variable(typeof(Exception), "exception");;
var errorCodesVariable = Expression.Constant("DeserializationError", typeof(String));
var returnResult = FickleExpression.Return(result);
var createErrorArguments = new
{
errorCode = errorCodesVariable,
errorMessage = FickleExpression.Call(exception, "getMessage", null),
stackTrace = FickleExpression.StaticCall(FickleType.Define("Log"), typeof(String), "getStackTraceString", exception),
};
var resultCreateErrorResponse = Expression.Assign(result, FickleExpression.StaticCall(currentType, currentType, "createErrorResponse", createErrorArguments)).ToStatement();
var tryCatch = Expression.TryCatchFinally(
resultCreate,
jsonReaderClose,
Expression.Catch(typeof(Exception), resultCreateErrorResponse));
var methodVariables = new List <ParameterExpression>
{
result,
jsonReader
};
var methodStatements = new List <Expression>
{
Expression.Assign(jsonReader, jsonReaderNew).ToStatement(),
tryCatch,
returnResult
};
var body = FickleExpression.Block(methodVariables.ToArray(), methodStatements.ToArray());
return(new MethodDefinitionExpression("deserialize", new List <Expression>()
{
inputStream
}, AccessModifiers.Public | AccessModifiers.Static, currentType, body, false, null, null, new List <Exception>()
{
new Exception()
}));
}
private Expression CreateDeserializeMethod()
{
var inputString = Expression.Parameter(typeof(String), "value");
var methodVariables = new List <ParameterExpression>();
var methodStatements = new List <Expression>();
if (codeGenerationContext.Options.SerializeEnumsAsStrings)
{
var returnResult = FickleExpression.Return(FickleExpression.StaticCall(currentType, "valueOf", inputString));
methodStatements.Add(returnResult);
}
else
{
var intValue = Expression.Variable(typeof(int), "intValue");
methodVariables.Add(intValue);
var convertInt = Expression.Assign(intValue, FickleExpression.StaticCall("ConvertUtils", typeof(int), "toint", inputString));
methodStatements.Add(convertInt);
Expression ifThenElseExpression = FickleExpression.Block(FickleExpression.Return(Expression.Constant(null)));
foreach (var enumMemberExpression in ((FickleType)currentTypeDefinition.Type).ServiceEnum.Values)
{
var enumMemberName = enumMemberExpression.Name;
var enumMemberValue = Expression.Variable(typeof(int), enumMemberName + ".value");
var enumMemberNameExpression = Expression.Variable(typeof(int), enumMemberName);
var condition = Expression.Equal(intValue, enumMemberValue);
var action = FickleExpression.Block(FickleExpression.Return(enumMemberNameExpression));
var currentExpression = Expression.IfThenElse(condition, action, ifThenElseExpression);
ifThenElseExpression = currentExpression;
}
methodStatements.Add(ifThenElseExpression);
}
var body = FickleExpression.Block(methodVariables.ToArray(), methodStatements.ToArray());
return(new MethodDefinitionExpression("deserialize", new List <Expression>()
{
inputString
}, AccessModifiers.Public | AccessModifiers.Static, currentType, body, false, null, null, new List <Exception>()
{
new Exception()
}));
}
protected virtual MethodDefinitionExpression CreateParseResultMethod()
{
var client = Expression.Parameter(FickleType.Define("PKWebServiceClient"), "client");
var data = Expression.Parameter(FickleType.Define("NSData"), "parseResult");
var contentType = Expression.Parameter(typeof(string), "withContentType");
var statusCode = Expression.Parameter(typeof(int), "andStatusCode");
var response = FickleExpression.Variable("id", "response");
var options = FickleExpression.Property(client, "NSDictionary", "options");
var parameters = new Expression[]
{
client,
data,
contentType,
statusCode
};
var bodyExpressions = new List <Expression>();
var delegateType = new FickleDelegateType(FickleType.Define("id"), new FickleParameterInfo(client.Type, "client"), new FickleParameterInfo(FickleType.Define("NSData"), "data"));
var block = Expression.Variable(delegateType, "block");
bodyExpressions.Add(Expression.Assign(block, FickleExpression.Call(options, FickleType.Define("id"), "objectForKey", Expression.Constant("$ParseResultBlock"))));
bodyExpressions.Add(Expression.Assign(response, FickleExpression.Call(block, "id", "Invoke", new { client, data })).ToStatement());
var setResponseStatus = Expression.IfThen
(
Expression.Equal(FickleExpression.Call(response, "id", "responseStatus", null), Expression.Constant(null, FickleType.Define("id"))),
FickleExpression.Call(response, "setResponseStatus", FickleExpression.New("ResponseStatus", "init", null)).ToStatementBlock()
);
var populateResponseStatus = FickleExpression.Call(FickleExpression.Call(response, "id", "responseStatus", null), "setHttpStatus", statusCode);
bodyExpressions.Add(setResponseStatus);
bodyExpressions.Add(populateResponseStatus);
bodyExpressions.Add(FickleExpression.Return(response));
var body = FickleExpression.Block
(
new[] { response, block },
bodyExpressions.ToArray()
);
return(new MethodDefinitionExpression
(
"webServiceClient",
parameters.ToReadOnlyCollection(),
FickleType.Define("id"),
body,
false,
null
));
}
protected virtual Expression CreateTryParseMethod()
{
var value = Expression.Parameter(typeof(string), "value");
var methodName = currentTypeDefinition.Type.Name.Capitalize() + "TryParse";
var result = Expression.Parameter(currentTypeDefinition.Type.MakeByRefType(), "result");
var retval = Expression.Variable(currentTypeDefinition.Type, "retval");
var parameters = new Expression[]
{
value,
result
};
var parts = Expression.Variable(FickleType.Define("NSArray"), "parts");
var splitCall = FickleExpression.Call(value, FickleType.Define("NSArray"), "componentsSeparatedByString", new { value = Expression.Constant(",") });
var part = Expression.Variable(typeof(string), "part");
var flagCases = new List <SwitchCase>();
var number = Expression.Variable(FickleType.Define("NSNumber"), "number");
foreach (var enumValue in ((FickleType)currentTypeDefinition.Type).ServiceEnum.Values)
{
flagCases.Add(Expression.SwitchCase(Expression.Assign(retval, Expression.Convert(Expression.Or(Expression.Convert(retval, typeof(int)), Expression.Constant((int)enumValue.Value)), currentTypeDefinition.Type)).ToStatement(), Expression.Constant(enumValue.Name)));
}
var foreachBody = FickleExpression.StatementisedGroupedExpression
(
Expression.Switch(part, FickleExpression.Return(Expression.Constant(false)).ToStatement(), flagCases.ToArray())
).ToBlock();
var defaultBody = FickleExpression.StatementisedGroupedExpression
(
GroupedExpressionsExpressionStyle.Wide,
Expression.Assign(number, FickleExpression.Call(Expression.New(FickleType.Define("NSNumberFormatter")), number.Type, "numberFromString", value)),
Expression.IfThen
(
Expression.NotEqual(number, Expression.Constant(null, number.Type)),
FickleExpression.StatementisedGroupedExpression
(
GroupedExpressionsExpressionStyle.Wide,
Expression.Assign(result, Expression.Convert(FickleExpression.Call(number, typeof(int), "intValue", null), currentTypeDefinition.Type)),
Expression.Return(Expression.Label(), Expression.Constant(true))
).ToBlock()
),
Expression.Assign(parts, splitCall),
Expression.Assign(retval, Expression.Convert(Expression.Constant(0), currentTypeDefinition.Type)),
FickleExpression.ForEach(part, parts, foreachBody),
Expression.Assign(result, retval),
Expression.Return(Expression.Label(), Expression.Constant(true))
);
var cases = new List <SwitchCase>();
foreach (var enumValue in ((FickleType)currentTypeDefinition.Type).ServiceEnum.Values)
{
cases.Add(Expression.SwitchCase(Expression.Assign(result, Expression.Convert(Expression.Constant((int)enumValue.Value), currentTypeDefinition.Type)).ToStatement(), Expression.Constant(enumValue.Name)));
}
var switchStatement = Expression.Switch(value, defaultBody, cases.ToArray());
var body = FickleExpression.Block(new[] { parts, number, retval }, switchStatement, Expression.Return(Expression.Label(), Expression.Constant(true)));
return(new MethodDefinitionExpression(methodName, parameters.ToReadOnlyCollection(), AccessModifiers.Static | AccessModifiers.ClasseslessFunction, typeof(bool), body, false, "__unused", null));
}
public CURR Return(string variableName, Type type)
{
this.expressions.Add(FickleExpression.Return(Expression.Variable(type, variableName)));
return((CURR)this);
}
public CURR Return(Action <ExpressionScope <CURR> > func)
{
var block = new ExpressionScope <CURR>((CURR)this, c => this.expressions.Add(FickleExpression.Return(c)));
func(block);
block.End();
return((CURR)this);
}
public CURR Return(Expression expression)
{
this.expressions.Add(FickleExpression.Return(expression));
return((CURR)this);
}
protected Expression CreateGatewayCallMethod(MethodDefinitionExpression method, out ParameterExpression optionsParameter)
{
var methodName = method.Name.ToCamelCase();
methodCount++;
var self = Expression.Variable(currentType, "self");
var hostname = Expression.Variable(typeof(string), "hostname");
var port = Expression.Variable(typeof(string), "port");
var protocol = Expression.Variable(typeof(string), "protocol");
var optionsParam = FickleExpression.Parameter("NSDictionary", "options");
var localOptions = FickleExpression.Variable("NSMutableDictionary", "localOptions");
var requestObject = FickleExpression.Variable("NSObject", "requestObject");
var requestObjectValue = (Expression)Expression.Constant(null, typeof(object));
var url = Expression.Variable(typeof(string), "url");
var responseType = ObjectiveBinderHelpers.GetWrappedResponseType(this.CodeGenerationContext, method.ReturnType);
var variables = new [] { url, localOptions, protocol, hostname, requestObject, port };
var declaredHostname = currentTypeDefinitionExpression.Attributes["Hostname"];
var declaredPath = method.Attributes["Path"];
var path = StringUriUtils.Combine("%@://%@%@", declaredPath);
var httpMethod = method.Attributes["Method"];
var declaredProtocol = Convert.ToBoolean(method.Attributes["Secure"]) ? "https" : "http";
var retryBlockVariable = Expression.Variable(new FickleDelegateType(typeof(void), new FickleParameterInfo(FickleType.Define("id"), "block")), "retryBlock");
var retryBlockParameter = Expression.Variable(FickleType.Define("id"), "block");
var parametersByName = method.Parameters.ToDictionary(c => ((ParameterExpression)c).Name, c => (ParameterExpression)c, StringComparer.InvariantCultureIgnoreCase);
var formatInfo = ObjectiveStringFormatInfo.GetObjectiveStringFormatInfo(path, c => parametersByName[c]);
var args = formatInfo.ValueExpressions;
var parameters = formatInfo.ParameterExpressions;
var parameterInfos = new List <FickleParameterInfo>
{
new ObjectiveParameterInfo(typeof(string), "s"),
new ObjectiveParameterInfo(typeof(string), "protocol", true),
new ObjectiveParameterInfo(typeof(string), "hostname", true),
new ObjectiveParameterInfo(typeof(string), "port", true),
};
parameterInfos.AddRange(parameters.Select(c => new ObjectiveParameterInfo(c.Type, c.Name, true)));
var methodInfo = new FickleMethodInfo(typeof(string), typeof(string), "stringWithFormat", parameterInfos.ToArray(), true);
args.InsertRange(0, new Expression[] { Expression.Constant(formatInfo.Format), protocol, hostname, port });
var newParameters = new List <Expression>(method.Parameters)
{
optionsParam
};
var callback = Expression.Parameter(new FickleDelegateType(typeof(void), new FickleParameterInfo(responseType, "response")), "callback");
newParameters.Add(callback);
Expression blockArg = Expression.Parameter(FickleType.Define("id"), "arg1");
var returnType = method.ReturnType;
if (ObjectiveBinderHelpers.NeedsValueResponseWrapper(method.ReturnType))
{
returnType = FickleType.Define(ObjectiveBinderHelpers.GetValueResponseWrapperTypeName(method.ReturnType));
}
var responseFilter = FickleExpression.Property(self, "FKGatewayResponseFilter", "responseFilter");
var conversion = Expression.Convert(blockArg, returnType);
var innerRetryBlockBody = FickleExpression.Block
(
FickleExpression.Call(Expression.Convert(retryBlockParameter, retryBlockVariable.Type), typeof(void), "Invoke", new { block = retryBlockParameter }).ToStatement()
);
var innerRetryBlock = (Expression)FickleExpression.SimpleLambda
(
typeof(void), innerRetryBlockBody, new Expression[0]
);
var body = FickleExpression.GroupedWide
(
Expression.IfThen(Expression.NotEqual(responseFilter, Expression.Constant(null, responseFilter.Type)), Expression.Assign(blockArg, FickleExpression.Call(responseFilter, typeof(object), "gateway", new { value = self, receivedResponse = blockArg, fromRequestURL = url, withRequestObject = requestObject, retryBlock = innerRetryBlock, andOptions = localOptions })).ToStatementBlock()),
Expression.IfThen
(
Expression.AndAlso(Expression.NotEqual(blockArg, Expression.Constant(null, blockArg.Type)), Expression.NotEqual(callback, Expression.Constant(null, callback.Type))),
FickleExpression.Call(callback, "Invoke", conversion).ToStatementBlock()
)
);
var conversionBlock = FickleExpression.SimpleLambda(null, body, new Expression[0], blockArg);
var error = FickleExpression.Variable("NSError", "error");
Expression parseResultBlock;
var nsdataParam = Expression.Parameter(FickleType.Define("NSData"), "data");
var clientParam = Expression.Parameter(FickleType.Define("PKWebServiceClient"), "client");
var jsonObjectWithDataParameters = new[] { new FickleParameterInfo(FickleType.Define("NSDictionary"), "obj"), new FickleParameterInfo(typeof(int), "options"), new FickleParameterInfo(FickleType.Define("NSError", true), "error", true) };
var objectWithDataMethodInfo = new FickleMethodInfo(FickleType.Define("NSJSONSerialization"), FickleType.Define("NSData"), "JSONObjectWithData", jsonObjectWithDataParameters, true);
var deserializedValue = Expression.Parameter(FickleType.Define("id"), "deserializedValue");
var parseErrorResult = FickleExpression.Call(self, "webServiceClient", new
{
clientParam,
createErrorResponseWithErrorCode = "JsonDeserializationError",
andMessage = FickleExpression.Call(error, "localizedDescription", null)
});
if (method.ReturnType == typeof(void))
{
var responseObject = FickleExpression.Variable(responseType, "responseObject");
parseResultBlock = FickleExpression.SimpleLambda
(
FickleType.Define("id"),
FickleExpression.GroupedWide
(
Expression.Assign(responseObject, FickleExpression.New(responseType, "init", null)).ToStatement(),
Expression.Assign(deserializedValue, Expression.Call(objectWithDataMethodInfo, nsdataParam, FickleExpression.Variable(typeof(int), "NSJSONReadingAllowFragments"), error)).ToStatement(),
Expression.IfThen(Expression.Equal(deserializedValue, Expression.Constant(null)), FickleExpression.Return(parseErrorResult).ToStatementBlock()),
FickleExpression.Return(responseObject).ToStatement()
),
new Expression[] { deserializedValue, responseObject, error },
clientParam, nsdataParam
);
}
else if (TypeSystem.IsPrimitiveType(method.ReturnType) || method.ReturnType is FickleListType)
{
var responseObject = FickleExpression.Variable(responseType, "responseObject");
var needToBoxValue = ObjectiveBinderHelpers.ValueResponseValueNeedsBoxing(method.ReturnType);
parseResultBlock = FickleExpression.SimpleLambda
(
FickleType.Define("id"),
FickleExpression.GroupedWide
(
Expression.Assign(responseObject, FickleExpression.New(responseType, "init", null)).ToStatement(),
Expression.Assign(deserializedValue, Expression.Call(objectWithDataMethodInfo, nsdataParam, FickleExpression.Variable(typeof(int), "NSJSONReadingAllowFragments"), error)).ToStatement(),
Expression.IfThen(Expression.Equal(deserializedValue, Expression.Constant(null)), FickleExpression.Return(parseErrorResult).ToStatementBlock()),
PropertiesFromDictionaryExpressonBinder.GetDeserializeExpressionProcessValueDeserializer(method.ReturnType, deserializedValue, c => FickleExpression.Call(responseObject, typeof(void), "setValue", needToBoxValue ? Expression.Convert(c, typeof(object)) : c).ToStatement()),
FickleExpression.Return(responseObject).ToStatement()
),
new Expression[] { deserializedValue, responseObject, error },
clientParam, nsdataParam
);
}
else
{
parseResultBlock = FickleExpression.SimpleLambda
(
FickleType.Define("id"),
FickleExpression.GroupedWide
(
Expression.Assign(deserializedValue, Expression.Call(objectWithDataMethodInfo, nsdataParam, FickleExpression.Variable(typeof(int), "NSJSONReadingAllowFragments"), error)).ToStatement(),
PropertiesFromDictionaryExpressonBinder.GetDeserializeExpressionProcessValueDeserializer(method.ReturnType, deserializedValue, c => FickleExpression.Return(c).ToStatement()),
FickleExpression.Return(parseErrorResult).ToStatement()
),
new Expression[] { deserializedValue, error },
clientParam, nsdataParam
);
}
var uniqueNameMaker = new UniqueNameMaker(c => newParameters.Cast <ParameterExpression>().Any(d => d.Name.EqualsIgnoreCaseInvariant(c)));
var key = FickleExpression.Variable(typeof(string), uniqueNameMaker.Make("key"));
var integrateOptions = FickleExpression.ForEach
(
key,
optionsParam,
FickleExpression.Call(localOptions, typeof(void), "setObject", new { value = FickleExpression.Call(optionsParam, typeof(object), "objectForKey", key), forKey = key }).ToStatementBlock()
);
parseResultBlock = FickleExpression.Call(parseResultBlock, parseResultBlock.Type, "copy", null);
var client = Expression.Variable(FickleType.Define(this.CodeGenerationContext.Options.ServiceClientTypeName ?? "PKWebServiceClient"), "client");
Expression clientCallExpression;
if (httpMethod.Equals("get", StringComparison.InvariantCultureIgnoreCase))
{
clientCallExpression = FickleExpression.Call(client, "getWithCallback", conversionBlock);
}
else
{
var contentParameterName = method.Attributes["Content"];
var contentFormat = method.Attributes["ContentFormat"];
if (string.IsNullOrEmpty(contentParameterName))
{
clientCallExpression = FickleExpression.Call(client, "postWithRequestObject", new
{
requestObject,
andCallback = conversionBlock
});
}
else
{
var content = parametersByName[contentParameterName];
requestObjectValue = content.Type == typeof(byte[]) ? (Expression)content : FickleExpression.Call(self, typeof(object), this.GetNormalizeRequestMethodName(content.Type, contentFormat), new { serializeRequest = Expression.Convert(content, typeof(object)), paramName = Expression.Constant(contentParameterName) });
clientCallExpression = FickleExpression.Call(client, "postWithRequestObject", new
{
requestObject,
andCallback = conversionBlock
});
}
}
var retryBlock = (Expression)FickleExpression.SimpleLambda
(
typeof(void),
FickleExpression.StatementisedGroupedExpression
(
Expression.Assign(client, FickleExpression.Call(Expression.Variable(currentType, "self"), "PKWebServiceClient", "createClientWithURL", new
{
url,
options = localOptions
})),
Expression.Assign(FickleExpression.Property(client, currentType, "delegate"), self),
clientCallExpression
),
new Expression[] { client },
retryBlockParameter
);
retryBlock = FickleExpression.Call(retryBlock, retryBlock.Type, "copy", null);
var block = FickleExpression.Block
(
variables.Concat(retryBlockVariable).ToArray(),
Expression.Assign(requestObject, requestObjectValue),
Expression.Assign(callback, FickleExpression.Call(callback, callback.Type, "copy", null)),
Expression.Assign(localOptions, FickleExpression.Call(FickleExpression.Property(self, FickleType.Define("NSDictionary"), "options"), "NSMutableDictionary", "mutableCopyWithZone", new
{
zone = Expression.Constant(null, FickleType.Define("NSZone"))
})),
Expression.IfThen(Expression.NotEqual(requestObject, Expression.Constant(null)), FickleExpression.Call(localOptions, typeof(void), "setObject", new { value = requestObject, forKey = "$RequestObject" }).ToStatementBlock()),
FickleExpression.Call(localOptions, typeof(void), "setObject", new { value = FickleExpression.StaticCall(responseType, "class", null), forKey = "$ResponseClass" }).ToStatement(),
Expression.Assign(hostname, FickleExpression.Call(localOptions, typeof(string), "objectForKey", Expression.Constant("hostname"))),
Expression.IfThen(Expression.Equal(hostname, Expression.Constant(null)), Expression.Assign(hostname, Expression.Constant(declaredHostname)).ToStatementBlock()),
Expression.Assign(protocol, FickleExpression.Call(localOptions, typeof(string), "objectForKey", Expression.Constant("protocol"))),
Expression.IfThen(Expression.Equal(protocol, Expression.Constant(null)), Expression.Assign(protocol, Expression.Constant(declaredProtocol)).ToStatementBlock()),
Expression.Assign(port, FickleExpression.Call(FickleExpression.Call(localOptions, FickleType.Define("NSNumber"), "objectForKey", Expression.Constant("port")), typeof(string), "stringValue", null)),
Expression.IfThenElse(Expression.Equal(port, Expression.Constant(null)), Expression.Assign(port, Expression.Constant("")).ToStatementBlock(), Expression.Assign(port, FickleExpression.Call(Expression.Constant(":"), typeof(string), "stringByAppendingString", port)).ToStatementBlock()),
FickleExpression.Grouped
(
FickleExpression.Call(localOptions, "setObject", new
{
obj = parseResultBlock,
forKey = "$ParseResultBlock"
}).ToStatement(),
method.ReturnType.GetUnwrappedNullableType() == typeof(bool) ?
FickleExpression.Call(localOptions, "setObject", new
{
obj = Expression.Convert(Expression.Constant(1), typeof(object))
}).ToStatement() : null
),
Expression.Assign(url, Expression.Call(null, methodInfo, args)),
FickleExpression.Call(localOptions, typeof(void), "setObject", new { value = url, forKey = "$RequestURL" }).ToStatement(),
integrateOptions,
Expression.Assign(retryBlockVariable, retryBlock),
FickleExpression.Call(retryBlockVariable, typeof(void), "Invoke", retryBlockVariable).ToStatement()
);
optionsParameter = optionsParam;
return(new MethodDefinitionExpression(methodName, newParameters.ToReadOnlyCollection(), typeof(void), block, false, null));
}
protected virtual MethodDefinitionExpression CreateNormalizeRequestObjectMethod(Type forType, string format)
{
var requestObject = Expression.Parameter(FickleType.Define("id"), "serializeRequest");
var paramName = Expression.Parameter(typeof(string), "paramName");
var newArray = FickleExpression.Variable("NSMutableArray", "newArray");
var name = this.GetNormalizeRequestMethodName(forType, format);
var value = FickleExpression.Variable("id", "value");
var item = Expression.Variable(FickleType.Define("id"), "item");
var formatIsForm = format == "form";
var complexType = ((forType as FickleType)?.ServiceClass != null);
Expression processing;
if (forType == typeof(TimeSpan))
{
processing = FickleExpression.Call(Expression.Convert(item, typeof(TimeSpan)), typeof(string), "ToString", null);
}
else if (forType == typeof(Guid))
{
processing = FickleExpression.Call(Expression.Convert(item, typeof(Guid)), typeof(string), "ToString", null);
}
else if (forType.IsEnum)
{
processing = Expression.Convert(FickleExpression.Call(item, typeof(int), "intValue", null), forType);
if (this.CodeGenerationContext.Options.SerializeEnumsAsStrings)
{
processing = FickleExpression.StaticCall((Type)null, typeof(string), forType.Name + "ToString", processing);
}
else
{
processing = Expression.Convert(processing, typeof(object));
}
}
else if (forType == typeof(bool))
{
processing = Expression.Condition
(
Expression.Equal(FickleExpression.Call(item, typeof(bool), "boolValue", null), Expression.Constant(true)),
Expression.Constant("true"),
Expression.Constant("false")
);
}
else if (forType.IsNumericType())
{
processing = Expression.Convert(item, FickleType.Define("NSNumber"));
if (formatIsForm)
{
processing = FickleExpression.Call(processing, "stringValue", null);
}
}
else
{
if (formatIsForm)
{
processing = FickleExpression.Call(item, "NSDictionary", "scalarPropertiesAsFormEncodedString", null);
}
else
{
processing = FickleExpression.Call(item, "NSString", "allPropertiesAsDictionary", null);
}
}
var isArray = Expression.Variable(typeof(bool), "isArray");
var array = Expression.Variable(FickleType.Define("NSArray"), "array");
var urlEncodedValue = ObjectiveExpression.ToUrlEncodedExpression(processing);
var joined = FickleExpression.Call(newArray, typeof(string), "componentsJoinedByString", Expression.Constant("&"));
if (formatIsForm && !complexType)
{
processing = FickleExpression.Call(FickleExpression.Call(paramName, "stringByAppendingString", Expression.Constant("=")), typeof(string), "stringByAppendingString", urlEncodedValue);
}
var arrayProcessing = processing;
if (formatIsForm)
{
arrayProcessing = FickleExpression.Call(FickleExpression.Call(paramName, "stringByAppendingString", Expression.Constant("=")), typeof(string), "stringByAppendingString", urlEncodedValue);
}
processing = Expression.IfThenElse
(
isArray,
FickleExpression.Block
(
new [] { newArray },
Expression.Assign(array, requestObject),
Expression.Assign(newArray, FickleExpression.New("NSMutableArray", "initWithCapacity", FickleExpression.Call(array, typeof(int), "count", null))),
FickleExpression.ForEach
(
item,
array,
FickleExpression.Call(newArray, typeof(void), "addObject", arrayProcessing).ToStatementBlock()
),
Expression.Assign(value, formatIsForm ? joined : (Expression)newArray),
FickleExpression.Return(value)
),
FickleExpression.Block
(
new [] { item },
Expression.Assign(item, requestObject),
Expression.Assign(value, processing),
FickleExpression.Return(value)
)
);
var body = FickleExpression.Block
(
new[] { array, isArray, value },
Expression.Assign(isArray, Expression.TypeIs(requestObject, typeof(Array))),
processing
);
return(new MethodDefinitionExpression
(
name,
new[] { requestObject, paramName }.ToReadOnlyCollection(),
FickleType.Define("id"),
body,
false,
null
));
}
protected override Expression VisitMethodDefinitionExpression(MethodDefinitionExpression method)
{
var client = Expression.Variable(this.fickleApiClientType, FickleApiClientFieldName);
var apiCallGenericTypes = new List <Type>();
var returnTaskType = FickleType.Define("Task");
if (method.ReturnType != typeof(void))
{
returnTaskType.MakeGenericType(method.ReturnType);
}
var methodParameters = new List <Expression>(method.Parameters);
var methodVariables = new List <ParameterExpression>();
var methodStatements = new List <Expression>();
var requestUrl = Expression.Variable(typeof(InterpolatedString), "fickleRequestUrl");
methodVariables.Add(requestUrl);
methodStatements.Add(Expression.Assign(requestUrl, Expression.Constant(new InterpolatedString(method.Attributes["Path"]))));
var httpMethod = Expression.Constant(method.Attributes["Method"]);
var isSecure = Expression.Constant(method.Attributes["Secure"] == "True");
var isAuthenticated = Expression.Constant(method.Attributes["Authenticated"] == "True");
var returnFormat = Expression.Constant(method.Attributes["ReturnFormat"]);
if (method.ReturnType != typeof(void))
{
apiCallGenericTypes.Add(method.ReturnType);
}
object apiArgs;
var contentParameterName = method.Attributes["Content"];
if (!string.IsNullOrEmpty(contentParameterName))
{
var contentParam = method.Parameters.FirstOrDefault(x => ((ParameterExpression)x).Name.Equals(contentParameterName, StringComparison.InvariantCultureIgnoreCase));
if (contentParam == null)
{
throw new Exception("Content paramter not found");
}
apiCallGenericTypes.Add(contentParam.Type);
apiArgs = new
{
requestUrl,
httpMethod,
isSecure,
isAuthenticated,
returnFormat,
contentParam
};
}
else
{
apiArgs = new
{
requestUrl,
httpMethod,
isSecure,
isAuthenticated,
returnFormat
};
}
var clientCall = FickleExpression.Call(client, returnTaskType, "ExecuteAsync", apiArgs);
if (apiCallGenericTypes.Count > 0)
{
clientCall.Method.MakeGenericMethod(apiCallGenericTypes.ToArray());
}
var result = Expression.Variable(returnTaskType, "fickleResult");
methodVariables.Add(result);
methodStatements.Add(Expression.Assign(result, clientCall));
methodStatements.Add(FickleExpression.Return(result));
var methodBody = FickleExpression.Block
(
methodVariables.ToArray(),
methodStatements.ToArray()
);
return(new MethodDefinitionExpression(method.Name, methodParameters.ToReadOnlyCollection(), AccessModifiers.Public, returnTaskType, methodBody, false, null));
}