/// <summary>
/// Flattening the Dictionary
/// The input dictionary contains key value pairs in the below format
/// Type 1. Key (string) , Value (string)
/// Type 2. Key (string) , Value (Dictionary)
/// The function will parse the dictionary values into respective class variables by directly jumping to to the switch case for Type 1
/// else it will recursively parse the inner dictionary for Type 2
/// </summary>
/// <param name="dictionary"></param>
private void ParseDictionaryToNewVariables(IDictionary dictionary)
{
foreach (string strKey in dictionary.Keys)
{
// Obj is the value of the dictionary key. this could either be a string or a nested inner dictionary.
object obj = dictionary[strKey];
if (obj != null)
{
// If obj is dictionary recursively parse it
if (obj is IDictionary)
{
parentKey = strKey;
/* The below if case is when the Billing Address is present. If the key of the parent Dictionary is BillingAddress
* then obj being the value of the key will contain the inner Dictionary with Billing Address Details. Send this inner Dictionary
* to the BillingAddressDetails class so that it can be seperately flattened and parsed into variables. continue in this case will skip calling the
* ParseDictionaryToVariables function and move to te next element in the parent Dictionary.
*/
if (parentKey.Equals(Operator.BillingAddress.ToString()))
{
billingAddress = new BillingAddressDetails((IDictionary)obj);
continue;
}
ParseDictionaryToNewVariables((IDictionary)obj);
}
else
{
if (Enum.IsDefined(typeof(Operator), strKey))
{
switch ((Operator)Enum.Parse(typeof(Operator), strKey))
{
case Operator.AmazonOrderReferenceId:
amazonOrderReferenceId = obj.ToString();
break;
case Operator.ExpirationTimestamp:
expirationTimeStamp = DateTime.Parse(obj.ToString());
break;
case Operator.RequestId:
requestId = obj.ToString();
break;
case Operator.CreationTimestamp:
creationTimestamp = DateTime.Parse(obj.ToString());
break;
case Operator.LastUpdateTimestamp:
lastUpdateTimestamp = DateTime.Parse(obj.ToString());
break;
case Operator.ReasonCode:
reasonCode = obj.ToString();
break;
case Operator.ReasonDescription:
reasonDescription = obj.ToString();
break;
case Operator.State:
/* State is the Key in XML that is same for both OrderReferenceStatus state and
* PaymentAuthenticationStatus state. When flattened the XML attribute is lost but
* saved in the parentKey Variable. When parentKey equals 'OrderReferenceStatus'
* then parse it into orderReferenceState else into paymentAuthenticationState
*/
if (parentKey.Equals(Operator.OrderReferenceStatus.ToString()))
{
orderReferenceState = obj.ToString();
}
else
{
paymentAuthenticationState = obj.ToString();
}
break;
case Operator.SellerNote:
sellerNote = obj.ToString();
break;
case Operator.Amount:
amount = decimal.Parse(obj.ToString(), Constants.USNumberFormat);
break;
case Operator.CurrencyCode:
currencyCode = obj.ToString();
break;
case Operator.PlatformId:
platformId = obj.ToString();
break;
case Operator.PostalCode:
postalCode = obj.ToString();
break;
case Operator.Name:
/* Name is the Key in XML that is same for both Buyer name and Shipping Address name
* When flattened the XML attribute is lost but saved in the parentKey Variable.
* when parentKey equals 'Buyer' then parse it into buyerName else into buyerShippingName
*/
if (parentKey.Equals(Operator.Buyer.ToString()))
{
buyerName = obj.ToString();
}
else
{
buyerShippingName = obj.ToString();
}
break;
case Operator.Type:
type = obj.ToString();
break;
case Operator.Id:
id = obj.ToString();
break;
case Operator.Email:
email = obj.ToString();
break;
case Operator.Phone:
phone = obj.ToString();
break;
case Operator.FullDescriptor:
fullDescriptor = obj.ToString();
break;
case Operator.isAmazonBalanceFirst:
useAmazonBalanceFirst = Boolean.Parse(obj.ToString());
break;
case Operator.CountryCode:
countryCode = obj.ToString();
break;
case Operator.StateOrRegion:
stateOrRegion = obj.ToString();
break;
case Operator.AddressLine1:
addressLine1 = obj.ToString();
break;
case Operator.AddressLine2:
addressLine2 = obj.ToString();
break;
case Operator.AddressLine3:
addressLine3 = obj.ToString();
break;
case Operator.City:
city = obj.ToString();
break;
case Operator.County:
county = obj.ToString();
break;
case Operator.District:
district = obj.ToString();
break;
case Operator.DestinationType:
destinationType = obj.ToString();
break;
case Operator.ReleaseEnvironment:
releaseEnvironment = obj.ToString();
break;
case Operator.SellerOrderId:
sellerOrderId = obj.ToString();
break;
case Operator.CustomInformation:
customInformation = obj.ToString();
break;
case Operator.StoreName:
storeName = obj.ToString();
break;
/* The below case is when multiple constraints exist in the response. The flattening of the nested Dictionary
* contains JArray of JObjects. Each Jobject contains ConstraintID and it's Description which is parsed and added to the List
*/
case Operator.Constraint:
JArray array = JArray.Parse(obj.ToString());
hasConstraint = true;
foreach (JObject item in array.Children <JObject>())
{
foreach (JProperty property in item.Properties())
{
string key = property.Name;
string value = property.Value.ToString();
if (key.Equals(Operator.ConstraintID.ToString()))
{
constraintID.Add(value);
}
if (key.Equals(Operator.Description.ToString()))
{
description.Add(value);
}
}
}
break;
case Operator.ConstraintID:
constraintID.Add(obj.ToString());
hasConstraint = true;
break;
case Operator.Description:
description.Add(obj.ToString());
hasConstraint = true;
break;
/* The below case parses two types of Authorization ID member fields. When the nested Dictionary is flattened
* it contains JArray. JArray contains the member field which contains the Authorization ID. this is added to the List
*/
case Operator.member:
if (obj.GetType() == typeof(JArray))
{
JArray authIdArray = JArray.Parse(obj.ToString());
foreach (string authId in authIdArray)
{
authorizationId.Add(authId);
}
}
else
{
authorizationId.Add(obj.ToString());
}
break;
case Operator.OrderLanguage:
orderLanguage = obj.ToString();
break;
case Operator.RequestPaymentAuthorization:
requestPaymentAuthorization = Boolean.Parse(obj.ToString());
break;
case Operator.PaymentServiceProviderId:
paymentServiceProviderId = obj.ToString();
break;
case Operator.PaymentServiceProviderOrderId:
paymentServiceProviderOrderId = obj.ToString();
break;
/* The below case parses the order item categories. When the nested Dictionary is flattened
* it contains JArray. JArray contains the order item categories. This is added to the List
*/
case Operator.OrderItemCategory:
if (obj.GetType() == typeof(JArray))
{
JArray orderCategoryArray = JArray.Parse(obj.ToString());
foreach (string orderCategory in orderCategoryArray)
{
orderItemCategories.Add(orderCategory);
}
}
else
{
orderItemCategories.Add(obj.ToString());
}
break;
case Operator.SupplementaryData:
supplementaryData = obj.ToString();
break;
case Operator.StaticToken:
staticToken = obj.ToString();
break;
}
}
}
}
}
}
/// <summary>
/// Flattening the Dictionary
/// The input dictionary contains key value pairs in the below format
/// Type 1. Key (string) , Value (string)
/// Type 2. Key (string) , Value (Dictionary)
/// The function will parse the dictionary values into respective class variables by directly jumping to to the switch case for Type 1
/// else it will recursively parse the inner dictionary for Type 2
/// </summary>
/// <param name="dictionary"></param>
private void ParseDictionaryToVariables(IDictionary dictionary)
{
foreach (string strKey in dictionary.Keys)
{
// Obj is the value of the dictionary key. this could either be a string or a nested inner dictionary.
object obj = dictionary[strKey];
if (obj != null)
{
// If obj is dictionary recursively parse it
if (obj is IDictionary)
{
parentKey = strKey;
/* The below if case is when the Billing Address is present. If the key of the parent Dictionary is BillingAddress
* then obj being the value of the key will contain the inner Dictionary with Billing Address Details. Send this inner Dictionary
* to the BillingAddressDetails class so that it can be seperately flattened and parsed into variables. continue in this case will skip calling the
* ParseDictionaryToVariables function and move to te next element in the parent Dictionary.
*/
if (parentKey.Equals(Operator.BillingAddress.ToString()))
{
billingAddress = new BillingAddressDetails((IDictionary)obj);
continue;
}
ParseDictionaryToVariables((IDictionary)obj);
}
else
{
if (Enum.IsDefined(typeof(Operator), strKey))
{
switch ((Operator)Enum.Parse(typeof(Operator), strKey))
{
case Operator.AmazonBillingAgreementId:
amazonBillingAgreementId = obj.ToString();
break;
case Operator.RequestId:
requestId = obj.ToString();
break;
case Operator.CreationTimestamp:
creationTimestamp = DateTime.Parse(obj.ToString());
break;
case Operator.TimePeriodStartDate:
timePeriodStartDate = DateTime.Parse(obj.ToString());
break;
case Operator.TimePeriodEndDate:
timePeriodEndDate = DateTime.Parse(obj.ToString());
break;
case Operator.LastUpdatedTimestamp:
lastUpdatedTimestamp = DateTime.Parse(obj.ToString());
break;
case Operator.ReasonCode:
reasonCode = obj.ToString();
break;
case Operator.ReasonDescription:
reasonDescription = obj.ToString();
break;
case Operator.State:
billingAgreementState = obj.ToString();
break;
case Operator.SellerNote:
sellerNote = obj.ToString();
break;
case Operator.Amount:
if (parentKey.Equals(Operator.AmountLimitPerTimePeriod.ToString()))
{
amountLimitPerTimePeriod = decimal.Parse(obj.ToString(), Constants.USNumberFormat);
}
else if (parentKey.Equals(Operator.CurrentRemainingBalance.ToString()))
{
currentRemainingBalanceAmount = decimal.Parse(obj.ToString(), Constants.USNumberFormat);
}
break;
case Operator.CurrencyCode:
if (parentKey.Equals(Operator.AmountLimitPerTimePeriod.ToString()))
{
amountLimitPerTimePeriodCurrencyCode = obj.ToString();
}
else if (parentKey.Equals(Operator.CurrentRemainingBalance.ToString()))
{
currentRemainingBalanceCurrencyCode = obj.ToString();
}
break;
case Operator.PlatformId:
platformId = obj.ToString();
break;
case Operator.PostalCode:
postalCode = obj.ToString();
break;
case Operator.Name:
/* Name is the Key in XML that is same for both Buyer name and Shipping Address name
* When flattened the XML attribute is lost but saved in the parentKey Variable.
* when parentKey equals 'Buyer' then parse it into buyerName else into buyerShippingName
*/
if (parentKey.Equals(Operator.Buyer.ToString()))
{
buyerName = obj.ToString();
}
else
{
buyerShippingName = obj.ToString();
}
break;
case Operator.Email:
email = obj.ToString();
break;
case Operator.Phone:
phone = obj.ToString();
break;
case Operator.CountryCode:
countryCode = obj.ToString();
break;
case Operator.StateOrRegion:
stateOrRegion = obj.ToString();
break;
case Operator.AddressLine1:
addressLine1 = obj.ToString();
break;
case Operator.AddressLine2:
addressLine2 = obj.ToString();
break;
case Operator.AddressLine3:
addressLine3 = obj.ToString();
break;
case Operator.City:
city = obj.ToString();
break;
case Operator.County:
county = obj.ToString();
break;
case Operator.District:
district = obj.ToString();
break;
case Operator.DestinationType:
destinationType = obj.ToString();
break;
case Operator.ReleaseEnvironment:
releaseEnvironment = obj.ToString();
break;
case Operator.SellerOrderId:
sellerOrderId = obj.ToString();
break;
case Operator.SellerBillingAgreementId:
sellerBillingAgreementId = obj.ToString();
break;
case Operator.StoreName:
storeName = obj.ToString();
break;
/* The below case is when multiple constraints exist in the response. The flattening of the nested Dictionary
* contains JArray of JObjects. Each Jobject contains ConstraintID and it's Description which is parsed and added to the List
*/
case Operator.Constraint:
JArray array = JArray.Parse(obj.ToString());
hasConstraint = true;
foreach (JObject item in array.Children <JObject>())
{
foreach (JProperty property in item.Properties())
{
string key = property.Name;
string value = property.Value.ToString();
if (key.Equals(Operator.ConstraintID.ToString()))
{
constraintId.Add(value);
}
if (key.Equals(Operator.Description.ToString()))
{
description.Add(value);
}
}
}
break;
case Operator.ConstraintID:
constraintId.Add(obj.ToString());
hasConstraint = true;
break;
case Operator.Description:
description.Add(obj.ToString());
hasConstraint = true;
break;
}
}
}
}
}
}
