public async Task SaveAsync(IVirtualWallet wallet)
{
string partitionKey = VirtualWalletEntity.ByMerchantId.GeneratePartitionKey(wallet.MerchantId);
string rowKey = VirtualWalletEntity.ByMerchantId.GenerateRowKey(wallet.Id);
VirtualWalletEntity exItem =
wallet.Id != null ? await _tableStorage.GetDataAsync(partitionKey, rowKey) : null;
if (exItem != null)
{
await _tableStorage.MergeAsync(partitionKey, rowKey, entity =>
{
entity.BlockchainWallets = wallet.BlockchainWallets;
return(entity);
});
return;
}
VirtualWalletEntity newEntity = VirtualWalletEntity.ByMerchantId.Create(wallet);
await _tableStorage.InsertAsync(newEntity);
}
public async Task <IVirtualWallet> AddAssetAsync(string merchantId, string walletId, string assetId)
{
IVirtualWallet virtualWallet = await _virtualWalletService.GetAsync(merchantId, walletId);
if (virtualWallet == null)
{
throw new WalletNotFoundException(walletId);
}
BlockchainType blockchainType = assetId.GetBlockchainType();
IBlockchainApiClient blockchainClient = _blockchainClientProvider.Get(blockchainType);
WalletAllocationPolicy policy = _walletAllocationSettings.GetPolicy(blockchainType);
IBcnWalletUsage walletUsage;
switch (policy)
{
case WalletAllocationPolicy.New:
string address = await blockchainClient.CreateAddressAsync();
walletUsage = await _bcnWalletUsageService.OccupyAsync(address, blockchainType, virtualWallet.Id);
break;
case WalletAllocationPolicy.Reuse:
try
{
walletUsage = await _bcnWalletUsageService.OccupyAsync(blockchainType, virtualWallet.Id);
}
catch (WalletAddressAllocationException)
{
string newAddress = await blockchainClient.CreateAddressAsync();
walletUsage =
await _bcnWalletUsageService.OccupyAsync(newAddress, blockchainType, virtualWallet.Id);
}
break;
default:
throw new UnknownWalletAllocationPolicyException(policy.ToString());
}
IVirtualWallet updatedWallet = await _virtualWalletService.AddAddressAsync(
virtualWallet.MerchantId,
virtualWallet.Id,
new BlockchainWallet
{
AssetId = assetId,
Address = walletUsage.WalletAddress,
Blockchain = walletUsage.Blockchain
});
await _walletEventsPublisher.PublishAsync(walletUsage.WalletAddress, blockchainType, virtualWallet.DueDate);
return(updatedWallet);
}
public async Task <IVirtualWallet> CreateAsync(string merchantId, DateTime dueDate, string assetId = null)
{
IVirtualWallet wallet = await _virtualWalletService.CreateAsync(merchantId, dueDate);
if (assetId != null)
{
wallet = await AddAssetAsync(wallet.MerchantId, wallet.Id, assetId);
}
_log.Info("New virtual wallet created", wallet.ToJson());
return(wallet);
}
public async Task <IVirtualWallet> CreateAsync(string merchantId, DateTime dueDate, string assetId = null)
{
IVirtualWallet wallet = await _virtualWalletService.CreateAsync(merchantId, dueDate);
if (assetId != null)
{
wallet = await AddAssetAsync(wallet.MerchantId, wallet.Id, assetId);
}
await _log.WriteInfoAsync(nameof(WalletManager), nameof(CreateAsync), wallet.ToJson(),
"New virtual wallet created");
return(wallet);
}
public async Task <string> ResolveBlockchainAddressAsync(string virtualAddress, string assetId)
{
IVirtualWallet wallet = await _virtualWalletService.FindAsync(virtualAddress);
if (wallet == null)
{
throw new WalletNotFoundException(virtualAddress);
}
BlockchainWallet bcnWallet =
wallet.BlockchainWallets.SingleOrDefault(x => x.AssetId == assetId);
return(bcnWallet?.Address);
}
public async Task <IVirtualWallet> CreateAsync(IVirtualWallet wallet)
{
VirtualWalletEntity entity = VirtualWalletEntity.ByMerchantId.Create(wallet);
await _tableStorage.InsertAsync(entity);
AzureIndex indexByWalletId = VirtualWalletEntity.IndexByWalletId.Create(entity);
await _walletIdIndexStorage.InsertAsync(indexByWalletId);
AzureIndex indexByDueDate = VirtualWalletEntity.IndexByDueDate.Create(entity);
await _dueDateIndexStorage.InsertAsync(indexByDueDate);
return(Mapper.Map <VirtualWallet>(entity));
}
public async Task <IPaymentRequest> CreateAsync(IPaymentRequest paymentRequest)
{
paymentRequest.Status = PaymentRequestStatus.New;
paymentRequest.Timestamp = DateTime.UtcNow;
DateTime walletDueDate = paymentRequest.DueDate.Add(_expirationPeriods.WalletExtra);
IVirtualWallet wallet = await _walletsManager.CreateAsync(paymentRequest.MerchantId, walletDueDate);
paymentRequest.WalletAddress = wallet.Id;
IPaymentRequest createdPaymentRequest = await _paymentRequestRepository.InsertAsync(paymentRequest);
_log.Info("Payment request created", paymentRequest.ToJson());
return(createdPaymentRequest);
}
public async Task <IVirtualWallet> EnsureBcnAddressAllocated(string merchantId, string walletId, string assetId)
{
IVirtualWallet virtualWallet = await _virtualWalletService.GetAsync(merchantId, walletId);
if (virtualWallet == null)
{
throw new WalletNotFoundException(walletId);
}
BlockchainType blockchainType = assetId.GetBlockchainType();
if (virtualWallet.BlockchainWallets.Any(x => x.Blockchain == blockchainType))
{
return(virtualWallet);
}
return(await AddAssetAsync(merchantId, walletId, assetId));
}
public async Task <IVirtualWallet> AddAddressAsync(string merchantId, string walletId, BlockchainWallet blockchainWallet)
{
IVirtualWallet wallet = await _virtualWalletRepository.GetAsync(merchantId, walletId);
if (wallet == null)
{
throw new WalletNotFoundException(walletId);
}
bool exists = wallet.BlockchainWallets.Any(x =>
x.Blockchain == blockchainWallet.Blockchain && x.Address == blockchainWallet.Address);
if (exists)
{
throw new WalletAlreadyExistsException(walletId);
}
wallet.BlockchainWallets.Add(blockchainWallet);
await _virtualWalletRepository.SaveAsync(wallet);
return(wallet);
}