status-go/services/wallet/api.go

562 lines
21 KiB
Go
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package wallet
import (
"context"
"fmt"
"math/big"
"strings"
feat: retrieve balance history for tokens and cache it to DB Extends wallet module with the history package with the following components: BalanceDB (balance_db.go) - Keeps track of balance information (token count, block, block timestamp) for a token identity (chain, address, currency) - The cached data is stored in `balance_history` table. - Uniqueness constrained is enforced by the `balance_history_identify_entry` UNIQUE index. - Optimal DB fetching is ensured by the `balance_history_filter_entries` index Balance (balance.go) - Provides two stages: - Fetch of balance history using RPC calls (Balance.update function) - Retrieving of cached balance data from the DB it exists (Balance.get function) - Fetching and retrieving of data is done for specific time intervals defined by TimeInterval "enumeration" - Update process is done for a token identity by the Balance.Update function - The granularity of data points returned is defined by the constant increment step define in `timeIntervalToStride` for each time interval. - The `blocksStride` values have a common divisor to have cache hit between time intervals. Service (service.go) - Main APIs - StartBalanceHistory: Regularly updates balance history for all enabled networks, available accounts and provided tokens. - GetBalanceHistory: retrieves cached token count for a token identity (chain, address, currency) for multiple chains - UpdateVisibleTokens: will set the list of tokens to have historical balance fetched. This is a simplification to limit tokens to a small list that make sense Fetch balance history for ECR20 tokens - Add token.Manager.GetTokenBalanceAt to fetch balance of a specific block number of ECR20. - Add tokenChainClientSource concrete implementation of DataSource to fetch balance of ECR20 tokens. - Chose the correct DataSource implementation based on the token "is native" property. Tests Tests are implemented using a mock of `DataSource` interface used to intercept the RPC calls. Notes: - the timestamp used for retrieving block balance is constant Closes status-desktop: #8175, #8226, #8862
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"time"
"github.com/ethereum/go-ethereum/common"
"github.com/ethereum/go-ethereum/common/hexutil"
"github.com/ethereum/go-ethereum/log"
"github.com/status-im/status-go/eth-node/types"
"github.com/status-im/status-go/params"
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"github.com/status-im/status-go/rpc/chain"
"github.com/status-im/status-go/services/wallet/async"
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"github.com/status-im/status-go/services/wallet/bridge"
"github.com/status-im/status-go/services/wallet/currency"
feat: retrieve balance history for tokens and cache it to DB Extends wallet module with the history package with the following components: BalanceDB (balance_db.go) - Keeps track of balance information (token count, block, block timestamp) for a token identity (chain, address, currency) - The cached data is stored in `balance_history` table. - Uniqueness constrained is enforced by the `balance_history_identify_entry` UNIQUE index. - Optimal DB fetching is ensured by the `balance_history_filter_entries` index Balance (balance.go) - Provides two stages: - Fetch of balance history using RPC calls (Balance.update function) - Retrieving of cached balance data from the DB it exists (Balance.get function) - Fetching and retrieving of data is done for specific time intervals defined by TimeInterval "enumeration" - Update process is done for a token identity by the Balance.Update function - The granularity of data points returned is defined by the constant increment step define in `timeIntervalToStride` for each time interval. - The `blocksStride` values have a common divisor to have cache hit between time intervals. Service (service.go) - Main APIs - StartBalanceHistory: Regularly updates balance history for all enabled networks, available accounts and provided tokens. - GetBalanceHistory: retrieves cached token count for a token identity (chain, address, currency) for multiple chains - UpdateVisibleTokens: will set the list of tokens to have historical balance fetched. This is a simplification to limit tokens to a small list that make sense Fetch balance history for ECR20 tokens - Add token.Manager.GetTokenBalanceAt to fetch balance of a specific block number of ECR20. - Add tokenChainClientSource concrete implementation of DataSource to fetch balance of ECR20 tokens. - Chose the correct DataSource implementation based on the token "is native" property. Tests Tests are implemented using a mock of `DataSource` interface used to intercept the RPC calls. Notes: - the timestamp used for retrieving block balance is constant Closes status-desktop: #8175, #8226, #8862
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"github.com/status-im/status-go/services/wallet/history"
"github.com/status-im/status-go/services/wallet/thirdparty"
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"github.com/status-im/status-go/services/wallet/thirdparty/opensea"
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"github.com/status-im/status-go/services/wallet/token"
"github.com/status-im/status-go/services/wallet/transfer"
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)
func NewAPI(s *Service) *API {
router := NewRouter(s)
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return &API{s, s.reader, router}
}
// API is class with methods available over RPC.
type API struct {
s *Service
reader *Reader
router *Router
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}
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func (api *API) StartWallet(ctx context.Context) error {
return api.reader.Start()
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}
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func (api *API) CheckConnected(ctx context.Context) *ConnectedResult {
return api.s.CheckConnected(ctx)
}
feat: retrieve balance history for tokens and cache it to DB Extends wallet module with the history package with the following components: BalanceDB (balance_db.go) - Keeps track of balance information (token count, block, block timestamp) for a token identity (chain, address, currency) - The cached data is stored in `balance_history` table. - Uniqueness constrained is enforced by the `balance_history_identify_entry` UNIQUE index. - Optimal DB fetching is ensured by the `balance_history_filter_entries` index Balance (balance.go) - Provides two stages: - Fetch of balance history using RPC calls (Balance.update function) - Retrieving of cached balance data from the DB it exists (Balance.get function) - Fetching and retrieving of data is done for specific time intervals defined by TimeInterval "enumeration" - Update process is done for a token identity by the Balance.Update function - The granularity of data points returned is defined by the constant increment step define in `timeIntervalToStride` for each time interval. - The `blocksStride` values have a common divisor to have cache hit between time intervals. Service (service.go) - Main APIs - StartBalanceHistory: Regularly updates balance history for all enabled networks, available accounts and provided tokens. - GetBalanceHistory: retrieves cached token count for a token identity (chain, address, currency) for multiple chains - UpdateVisibleTokens: will set the list of tokens to have historical balance fetched. This is a simplification to limit tokens to a small list that make sense Fetch balance history for ECR20 tokens - Add token.Manager.GetTokenBalanceAt to fetch balance of a specific block number of ECR20. - Add tokenChainClientSource concrete implementation of DataSource to fetch balance of ECR20 tokens. - Chose the correct DataSource implementation based on the token "is native" property. Tests Tests are implemented using a mock of `DataSource` interface used to intercept the RPC calls. Notes: - the timestamp used for retrieving block balance is constant Closes status-desktop: #8175, #8226, #8862
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func (api *API) StopWallet(ctx context.Context) error {
return api.s.Stop()
}
func (api *API) GetWalletToken(ctx context.Context, addresses []common.Address) (map[common.Address][]Token, error) {
return api.reader.GetWalletToken(ctx, addresses)
}
type DerivedAddress struct {
Address common.Address `json:"address"`
Path string `json:"path"`
HasActivity bool `json:"hasActivity"`
AlreadyCreated bool `json:"alreadyCreated"`
}
// SetInitialBlocksRange sets initial blocks range
func (api *API) SetInitialBlocksRange(ctx context.Context) error {
return api.s.transferController.SetInitialBlocksRange([]uint64{api.s.rpcClient.UpstreamChainID})
}
func (api *API) SetInitialBlocksRangeForChainIDs(ctx context.Context, chainIDs []uint64) error {
return api.s.transferController.SetInitialBlocksRange(chainIDs)
}
func (api *API) CheckRecentHistory(ctx context.Context, addresses []common.Address) error {
return api.s.transferController.CheckRecentHistory([]uint64{api.s.rpcClient.UpstreamChainID}, addresses)
}
func (api *API) CheckRecentHistoryForChainIDs(ctx context.Context, chainIDs []uint64, addresses []common.Address) error {
return api.s.transferController.CheckRecentHistory(chainIDs, addresses)
}
func hexBigToBN(hexBig *hexutil.Big) *big.Int {
var bN *big.Int
if hexBig != nil {
bN = hexBig.ToInt()
}
return bN
}
// GetTransfersByAddress returns transfers for a single address
func (api *API) GetTransfersByAddress(ctx context.Context, address common.Address, toBlock, limit *hexutil.Big, fetchMore bool) ([]transfer.View, error) {
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log.Debug("[WalletAPI:: GetTransfersByAddress] get transfers for an address", "address", address)
var intLimit = int64(1)
if limit != nil {
intLimit = limit.ToInt().Int64()
}
return api.s.transferController.GetTransfersByAddress(ctx, api.s.rpcClient.UpstreamChainID, address, hexBigToBN(toBlock), intLimit, fetchMore)
}
status-im/status-react#9203 Faster tx fetching with less request *** How it worked before this PR on multiaccount creation: - On multiacc creation we scanned chain for eth and erc20 transfers. For each address of a new empty multiaccount this scan required 1. two `eth_getBalance` requests to find out that there is no any balance change between zero and the last block, for eth transfers 2. and `chain-size/100000` (currently ~100) `eth_getLogs` requests, for erc20 transfers - For some reason we scanned an address of the chat account as well, and also accounts were not deduplicated. So even for an empty multiacc we scanned chain twice for each chat and main wallet addresses, in result app had to execute about 400 requests. - As mentioned above, `eth_getBalance` requests were used to check if there were any eth transfers, and that caused empty history in case if user already used all available eth (so that both zero and latest blocks show 0 eth for an address). There might have been transactions but we wouldn't fetch/show them. - There was no upper limit for the number of rpc requests during the scan, so it could require indefinite number of requests; the scanning algorithm was written so that we persisted the whole history of transactions or tried to scan form the beginning again in case of failure, giving up only after 10 minutes of failures. In result addresses with sufficient number of transactions would never be fully scanned and during these 10 minutes app could use gigabytes of internet data. - Failures were caused by `eth_getBlockByNumber`/`eth_getBlockByHash` requests. These requests return significantly bigger responses than `eth_getBalance`/`eth_transactionsCount` and it is likely that execution of thousands of them in parallel caused failures for accounts with hundreds of transactions. Even for an account with 12k we could successfully determine blocks with transaction in a few minutes using `eth_getBalance` requests, but `eth_getBlock...` couldn't be processed for this acc. - There was no caching for for `eth_getBalance` requests, and this caused in average 3-4 times more such requests than is needed. *** How it works now on multiaccount creation: - On multiacc creation we scan chain for last ~30 eth transactions and then check erc20 in the range where these eth transactions were found. For an empty address in multiacc this means: 1. two `eth_getBalance` transactions to determine that there was no balance change between zero and the last block; two `eth_transactionsCount` requests to determine there are no outgoing transactions for this address; total 4 requests for eth transfers 2. 20 `eth_getLogs` for erc20 transfers. This number can be lowered, but that's not a big deal - Deduplication of addresses is added and also we don't scan chat account, so a new multiacc requires ~25 (we also request latest block number and probably execute a few other calls) request to determine that multiacc is empty (comparing to ~400 before) - In case if address contains transactions we: 1. determine the range which contains 20-25 outgoing eth/erc20 transactions. This usually requires up to 10 `eth_transactionCount` requests 2. then we scan chain for eth transfers using `eth_getBalance` and `eth_transactionCount` (for double checking zero balances) 3. we make sure that we do not scan db for more than 30 blocks with transfers. That's important for accounts with mostly incoming transactions, because the range found on the first step might contain any number of incoming transfers, but only 20-25 outgoing transactions 4. when we found ~30 blocks in a given range, we update initial range `from` block using the oldest found block 5. and now we scan db for erc20transfers using `eth_getLogs` `oldest-found-eth-block`-`latest-block`, we make not more than 20 calls 6. when all blocks which contain incoming/outgoing transfers for a given address are found, we save these blocks to db and mark that transfers from these blocks are still to be fetched 7. Then we select latest ~30 (the number can be adjusted) blocks from these which were found and fetch transfers, this requires 3-4 requests per transfer. 8. we persist scanned range so that we know were to start next time 9. we dispatch an event which tells client that transactions are found 10. client fetches latest 20 transfers - when user presses "fetch more" button we check if app's db contains next 20 transfers, if not we scan chain again and return transfers after small fixes
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// LoadTransferByHash loads transfer to the database
func (api *API) LoadTransferByHash(ctx context.Context, address common.Address, hash common.Hash) error {
log.Debug("[WalletAPI:: LoadTransferByHash] get transfer by hash", "address", address, "hash", hash)
return api.s.transferController.LoadTransferByHash(ctx, api.s.rpcClient, address, hash)
}
func (api *API) GetTransfersByAddressAndChainID(ctx context.Context, chainID uint64, address common.Address, toBlock, limit *hexutil.Big, fetchMore bool) ([]transfer.View, error) {
log.Debug("[WalletAPI:: GetTransfersByAddressAndChainIDs] get transfers for an address", "address", address)
return api.s.transferController.GetTransfersByAddress(ctx, chainID, address, hexBigToBN(toBlock), limit.ToInt().Int64(), fetchMore)
}
func (api *API) GetCachedBalances(ctx context.Context, addresses []common.Address) ([]transfer.LastKnownBlockView, error) {
return api.s.transferController.GetCachedBalances(ctx, api.s.rpcClient.UpstreamChainID, addresses)
}
func (api *API) GetCachedBalancesbyChainID(ctx context.Context, chainID uint64, addresses []common.Address) ([]transfer.LastKnownBlockView, error) {
return api.s.transferController.GetCachedBalances(ctx, chainID, addresses)
}
status-im/status-react#9203 Faster tx fetching with less request *** How it worked before this PR on multiaccount creation: - On multiacc creation we scanned chain for eth and erc20 transfers. For each address of a new empty multiaccount this scan required 1. two `eth_getBalance` requests to find out that there is no any balance change between zero and the last block, for eth transfers 2. and `chain-size/100000` (currently ~100) `eth_getLogs` requests, for erc20 transfers - For some reason we scanned an address of the chat account as well, and also accounts were not deduplicated. So even for an empty multiacc we scanned chain twice for each chat and main wallet addresses, in result app had to execute about 400 requests. - As mentioned above, `eth_getBalance` requests were used to check if there were any eth transfers, and that caused empty history in case if user already used all available eth (so that both zero and latest blocks show 0 eth for an address). There might have been transactions but we wouldn't fetch/show them. - There was no upper limit for the number of rpc requests during the scan, so it could require indefinite number of requests; the scanning algorithm was written so that we persisted the whole history of transactions or tried to scan form the beginning again in case of failure, giving up only after 10 minutes of failures. In result addresses with sufficient number of transactions would never be fully scanned and during these 10 minutes app could use gigabytes of internet data. - Failures were caused by `eth_getBlockByNumber`/`eth_getBlockByHash` requests. These requests return significantly bigger responses than `eth_getBalance`/`eth_transactionsCount` and it is likely that execution of thousands of them in parallel caused failures for accounts with hundreds of transactions. Even for an account with 12k we could successfully determine blocks with transaction in a few minutes using `eth_getBalance` requests, but `eth_getBlock...` couldn't be processed for this acc. - There was no caching for for `eth_getBalance` requests, and this caused in average 3-4 times more such requests than is needed. *** How it works now on multiaccount creation: - On multiacc creation we scan chain for last ~30 eth transactions and then check erc20 in the range where these eth transactions were found. For an empty address in multiacc this means: 1. two `eth_getBalance` transactions to determine that there was no balance change between zero and the last block; two `eth_transactionsCount` requests to determine there are no outgoing transactions for this address; total 4 requests for eth transfers 2. 20 `eth_getLogs` for erc20 transfers. This number can be lowered, but that's not a big deal - Deduplication of addresses is added and also we don't scan chat account, so a new multiacc requires ~25 (we also request latest block number and probably execute a few other calls) request to determine that multiacc is empty (comparing to ~400 before) - In case if address contains transactions we: 1. determine the range which contains 20-25 outgoing eth/erc20 transactions. This usually requires up to 10 `eth_transactionCount` requests 2. then we scan chain for eth transfers using `eth_getBalance` and `eth_transactionCount` (for double checking zero balances) 3. we make sure that we do not scan db for more than 30 blocks with transfers. That's important for accounts with mostly incoming transactions, because the range found on the first step might contain any number of incoming transfers, but only 20-25 outgoing transactions 4. when we found ~30 blocks in a given range, we update initial range `from` block using the oldest found block 5. and now we scan db for erc20transfers using `eth_getLogs` `oldest-found-eth-block`-`latest-block`, we make not more than 20 calls 6. when all blocks which contain incoming/outgoing transfers for a given address are found, we save these blocks to db and mark that transfers from these blocks are still to be fetched 7. Then we select latest ~30 (the number can be adjusted) blocks from these which were found and fetch transfers, this requires 3-4 requests per transfer. 8. we persist scanned range so that we know were to start next time 9. we dispatch an event which tells client that transactions are found 10. client fetches latest 20 transfers - when user presses "fetch more" button we check if app's db contains next 20 transfers, if not we scan chain again and return transfers after small fixes
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// GetTokensBalances return mapping of token balances for every account.
func (api *API) GetTokensBalances(ctx context.Context, accounts, addresses []common.Address) (map[common.Address]map[common.Address]*hexutil.Big, error) {
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chainClient, err := api.s.rpcClient.EthClient(api.s.rpcClient.UpstreamChainID)
if err != nil {
return nil, err
}
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return api.s.tokenManager.GetBalances(ctx, []*chain.ClientWithFallback{chainClient}, accounts, addresses)
}
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func (api *API) GetTokensBalancesForChainIDs(ctx context.Context, chainIDs []uint64, accounts, addresses []common.Address) (map[common.Address]map[common.Address]*hexutil.Big, error) {
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clients, err := api.s.rpcClient.EthClients(chainIDs)
if err != nil {
return nil, err
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}
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return api.s.tokenManager.GetBalances(ctx, clients, accounts, addresses)
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}
feat: retrieve balance history for tokens and cache it to DB Extends wallet module with the history package with the following components: BalanceDB (balance_db.go) - Keeps track of balance information (token count, block, block timestamp) for a token identity (chain, address, currency) - The cached data is stored in `balance_history` table. - Uniqueness constrained is enforced by the `balance_history_identify_entry` UNIQUE index. - Optimal DB fetching is ensured by the `balance_history_filter_entries` index Balance (balance.go) - Provides two stages: - Fetch of balance history using RPC calls (Balance.update function) - Retrieving of cached balance data from the DB it exists (Balance.get function) - Fetching and retrieving of data is done for specific time intervals defined by TimeInterval "enumeration" - Update process is done for a token identity by the Balance.Update function - The granularity of data points returned is defined by the constant increment step define in `timeIntervalToStride` for each time interval. - The `blocksStride` values have a common divisor to have cache hit between time intervals. Service (service.go) - Main APIs - StartBalanceHistory: Regularly updates balance history for all enabled networks, available accounts and provided tokens. - GetBalanceHistory: retrieves cached token count for a token identity (chain, address, currency) for multiple chains - UpdateVisibleTokens: will set the list of tokens to have historical balance fetched. This is a simplification to limit tokens to a small list that make sense Fetch balance history for ECR20 tokens - Add token.Manager.GetTokenBalanceAt to fetch balance of a specific block number of ECR20. - Add tokenChainClientSource concrete implementation of DataSource to fetch balance of ECR20 tokens. - Chose the correct DataSource implementation based on the token "is native" property. Tests Tests are implemented using a mock of `DataSource` interface used to intercept the RPC calls. Notes: - the timestamp used for retrieving block balance is constant Closes status-desktop: #8175, #8226, #8862
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func (api *API) UpdateVisibleTokens(ctx context.Context, symbols []string) error {
api.s.history.UpdateVisibleTokens(symbols)
return nil
}
// GetBalanceHistory retrieves token balance history for token identity on multiple chains
func (api *API) GetBalanceHistory(ctx context.Context, chainIDs []uint64, address common.Address, tokenSymbol string, currencySymbol string, timeInterval history.TimeInterval) ([]*history.ValuePoint, error) {
feat: retrieve balance history for tokens and cache it to DB Extends wallet module with the history package with the following components: BalanceDB (balance_db.go) - Keeps track of balance information (token count, block, block timestamp) for a token identity (chain, address, currency) - The cached data is stored in `balance_history` table. - Uniqueness constrained is enforced by the `balance_history_identify_entry` UNIQUE index. - Optimal DB fetching is ensured by the `balance_history_filter_entries` index Balance (balance.go) - Provides two stages: - Fetch of balance history using RPC calls (Balance.update function) - Retrieving of cached balance data from the DB it exists (Balance.get function) - Fetching and retrieving of data is done for specific time intervals defined by TimeInterval "enumeration" - Update process is done for a token identity by the Balance.Update function - The granularity of data points returned is defined by the constant increment step define in `timeIntervalToStride` for each time interval. - The `blocksStride` values have a common divisor to have cache hit between time intervals. Service (service.go) - Main APIs - StartBalanceHistory: Regularly updates balance history for all enabled networks, available accounts and provided tokens. - GetBalanceHistory: retrieves cached token count for a token identity (chain, address, currency) for multiple chains - UpdateVisibleTokens: will set the list of tokens to have historical balance fetched. This is a simplification to limit tokens to a small list that make sense Fetch balance history for ECR20 tokens - Add token.Manager.GetTokenBalanceAt to fetch balance of a specific block number of ECR20. - Add tokenChainClientSource concrete implementation of DataSource to fetch balance of ECR20 tokens. - Chose the correct DataSource implementation based on the token "is native" property. Tests Tests are implemented using a mock of `DataSource` interface used to intercept the RPC calls. Notes: - the timestamp used for retrieving block balance is constant Closes status-desktop: #8175, #8226, #8862
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endTimestamp := time.Now().UTC().Unix()
return api.s.history.GetBalanceHistory(ctx, chainIDs, address, tokenSymbol, currencySymbol, endTimestamp, timeInterval)
}
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func (api *API) GetTokens(ctx context.Context, chainID uint64) ([]*token.Token, error) {
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log.Debug("call to get tokens")
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rst, err := api.s.tokenManager.GetTokens(chainID)
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log.Debug("result from token store", "len", len(rst))
return rst, err
}
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func (api *API) GetCustomTokens(ctx context.Context) ([]*token.Token, error) {
log.Debug("call to get custom tokens")
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rst, err := api.s.tokenManager.GetCustoms()
log.Debug("result from database for custom tokens", "len", len(rst))
return rst, err
}
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func (api *API) DiscoverToken(ctx context.Context, chainID uint64, address common.Address) (*token.Token, error) {
log.Debug("call to get discover token")
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token, err := api.s.tokenManager.DiscoverToken(ctx, chainID, address)
return token, err
}
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func (api *API) GetVisibleTokens(chainIDs []uint64) (map[uint64][]*token.Token, error) {
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log.Debug("call to get visible tokens")
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rst, err := api.s.tokenManager.GetVisible(chainIDs)
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log.Debug("result from database for visible tokens", "len", len(rst))
return rst, err
}
func (api *API) ToggleVisibleToken(ctx context.Context, chainID uint64, address common.Address) (bool, error) {
log.Debug("call to toggle visible tokens")
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err := api.s.tokenManager.Toggle(chainID, address)
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if err != nil {
return false, err
}
return true, nil
}
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func (api *API) AddCustomToken(ctx context.Context, token token.Token) error {
log.Debug("call to create or edit custom token")
if token.ChainID == 0 {
token.ChainID = api.s.rpcClient.UpstreamChainID
}
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err := api.s.tokenManager.UpsertCustom(token)
log.Debug("result from database for create or edit custom token", "err", err)
return err
}
func (api *API) DeleteCustomToken(ctx context.Context, address common.Address) error {
log.Debug("call to remove custom token")
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err := api.s.tokenManager.DeleteCustom(api.s.rpcClient.UpstreamChainID, address)
log.Debug("result from database for remove custom token", "err", err)
return err
}
func (api *API) DeleteCustomTokenByChainID(ctx context.Context, chainID uint64, address common.Address) error {
log.Debug("call to remove custom token")
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err := api.s.tokenManager.DeleteCustom(chainID, address)
log.Debug("result from database for remove custom token", "err", err)
return err
}
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func (api *API) GetSavedAddresses(ctx context.Context) ([]SavedAddress, error) {
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log.Debug("call to get saved addresses")
rst, err := api.s.savedAddressesManager.GetSavedAddressesForChainID(api.s.rpcClient.UpstreamChainID)
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log.Debug("result from database for saved addresses", "len", len(rst))
return rst, err
}
func (api *API) AddSavedAddress(ctx context.Context, sa SavedAddress) error {
log.Debug("call to create or edit saved address")
if sa.ChainID == 0 {
sa.ChainID = api.s.rpcClient.UpstreamChainID
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}
_, err := api.s.savedAddressesManager.UpdateMetadataAndUpsertSavedAddress(sa)
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log.Debug("result from database for create or edit saved address", "err", err)
return err
}
func (api *API) DeleteSavedAddress(ctx context.Context, address common.Address) error {
log.Debug("call to remove saved address")
_, err := api.s.savedAddressesManager.DeleteSavedAddress(api.s.rpcClient.UpstreamChainID, address)
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log.Debug("result from database for remove saved address", "err", err)
return err
}
func (api *API) GetPendingTransactions(ctx context.Context) ([]*transfer.PendingTransaction, error) {
log.Debug("call to get pending transactions")
rst, err := api.s.transactionManager.GetAllPending([]uint64{api.s.rpcClient.UpstreamChainID})
log.Debug("result from database for pending transactions", "len", len(rst))
return rst, err
}
func (api *API) GetPendingTransactionsByChainIDs(ctx context.Context, chainIDs []uint64) ([]*transfer.PendingTransaction, error) {
log.Debug("call to get pending transactions")
rst, err := api.s.transactionManager.GetAllPending(chainIDs)
log.Debug("result from database for pending transactions", "len", len(rst))
return rst, err
}
func (api *API) GetPendingOutboundTransactionsByAddress(ctx context.Context, address common.Address) ([]*transfer.PendingTransaction, error) {
log.Debug("call to get pending outbound transactions by address")
rst, err := api.s.transactionManager.GetPendingByAddress([]uint64{api.s.rpcClient.UpstreamChainID}, address)
log.Debug("result from database for pending transactions by address", "len", len(rst))
return rst, err
}
func (api *API) GetPendingOutboundTransactionsByAddressAndChainID(ctx context.Context, chainIDs []uint64, address common.Address) ([]*transfer.PendingTransaction, error) {
log.Debug("call to get pending outbound transactions by address")
rst, err := api.s.transactionManager.GetPendingByAddress(chainIDs, address)
log.Debug("result from database for pending transactions by address", "len", len(rst))
return rst, err
}
func (api *API) StorePendingTransaction(ctx context.Context, trx transfer.PendingTransaction) error {
log.Debug("call to create or edit pending transaction")
if trx.ChainID == 0 {
trx.ChainID = api.s.rpcClient.UpstreamChainID
}
err := api.s.transactionManager.AddPending(trx)
log.Debug("result from database for creating or editing a pending transaction", "err", err)
return err
}
func (api *API) DeletePendingTransaction(ctx context.Context, transactionHash common.Hash) error {
log.Debug("call to remove pending transaction")
err := api.s.transactionManager.DeletePending(api.s.rpcClient.UpstreamChainID, transactionHash)
log.Debug("result from database for remove pending transaction", "err", err)
return err
}
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func (api *API) DeletePendingTransactionByChainID(ctx context.Context, chainID uint64, transactionHash common.Hash) error {
log.Debug("call to remove pending transaction")
err := api.s.transactionManager.DeletePending(chainID, transactionHash)
log.Debug("result from database for remove pending transaction", "err", err)
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return err
}
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func (api *API) WatchTransaction(ctx context.Context, transactionHash common.Hash) error {
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chainClient, err := api.s.rpcClient.EthClient(api.s.rpcClient.UpstreamChainID)
if err != nil {
return err
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}
return api.s.transactionManager.Watch(ctx, transactionHash, chainClient)
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}
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func (api *API) WatchTransactionByChainID(ctx context.Context, chainID uint64, transactionHash common.Hash) error {
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chainClient, err := api.s.rpcClient.EthClient(chainID)
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if err != nil {
return err
}
return api.s.transactionManager.Watch(ctx, transactionHash, chainClient)
}
func (api *API) GetCryptoOnRamps(ctx context.Context) ([]CryptoOnRamp, error) {
return api.s.cryptoOnRampManager.Get()
}
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func (api *API) GetOpenseaCollectionsByOwner(ctx context.Context, chainID uint64, owner common.Address) ([]opensea.Collection, error) {
log.Debug("call to get opensea collections")
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client, err := opensea.NewOpenseaClient(chainID, api.s.openseaAPIKey)
if err != nil {
return nil, err
}
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return client.FetchAllCollectionsByOwner(owner)
}
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func (api *API) GetOpenseaAssetsByOwnerAndCollection(ctx context.Context, chainID uint64, owner common.Address, collectionSlug string, limit int) ([]opensea.Asset, error) {
log.Debug("call to get opensea assets")
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client, err := opensea.NewOpenseaClient(chainID, api.s.openseaAPIKey)
if err != nil {
return nil, err
}
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return client.FetchAllAssetsByOwnerAndCollection(owner, collectionSlug, limit)
}
func (api *API) AddEthereumChain(ctx context.Context, network params.Network) error {
log.Debug("call to AddEthereumChain")
return api.s.rpcClient.NetworkManager.Upsert(&network)
}
func (api *API) DeleteEthereumChain(ctx context.Context, chainID uint64) error {
log.Debug("call to DeleteEthereumChain")
return api.s.rpcClient.NetworkManager.Delete(chainID)
}
func (api *API) GetEthereumChains(ctx context.Context, onlyEnabled bool) ([]*params.Network, error) {
log.Debug("call to GetEthereumChains")
return api.s.rpcClient.NetworkManager.Get(onlyEnabled)
}
func (api *API) FetchPrices(ctx context.Context, symbols []string, currencies []string) (map[string]map[string]float64, error) {
log.Debug("call to FetchPrices")
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return api.s.marketManager.FetchPrices(symbols, currencies)
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}
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func (api *API) FetchMarketValues(ctx context.Context, symbols []string, currency string) (map[string]thirdparty.TokenMarketValues, error) {
log.Debug("call to FetchMarketValues")
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return api.s.marketManager.FetchTokenMarketValues(symbols, currency)
}
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func (api *API) GetHourlyMarketValues(ctx context.Context, symbol string, currency string, limit int, aggregate int) ([]thirdparty.HistoricalPrice, error) {
log.Debug("call to GetHourlyMarketValues")
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return api.s.marketManager.FetchHistoricalHourlyPrices(symbol, currency, limit, aggregate)
}
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func (api *API) GetDailyMarketValues(ctx context.Context, symbol string, currency string, limit int, allData bool, aggregate int) ([]thirdparty.HistoricalPrice, error) {
log.Debug("call to GetDailyMarketValues")
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return api.s.marketManager.FetchHistoricalDailyPrices(symbol, currency, limit, allData, aggregate)
}
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func (api *API) FetchTokenDetails(ctx context.Context, symbols []string) (map[string]thirdparty.TokenDetails, error) {
log.Debug("call to FetchTokenDetails")
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return api.s.marketManager.FetchTokenDetails(symbols)
}
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func (api *API) GetSuggestedFees(ctx context.Context, chainID uint64) (*SuggestedFees, error) {
log.Debug("call to GetSuggestedFees")
return api.s.feesManager.suggestedFees(ctx, chainID)
}
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func (api *API) GetTransactionEstimatedTime(ctx context.Context, chainID uint64, maxFeePerGas *big.Float) (TransactionEstimation, error) {
log.Debug("call to getTransactionEstimatedTime")
return api.s.feesManager.transactionEstimatedTime(ctx, chainID, maxFeePerGas), nil
}
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func (api *API) GetSuggestedRoutes(
ctx context.Context,
sendType SendType,
account common.Address,
amountIn *hexutil.Big,
tokenSymbol string,
disabledFromChainIDs,
disabledToChaindIDs,
preferedChainIDs []uint64,
gasFeeMode GasFeeMode,
fromLockedAmount map[uint64]*hexutil.Big,
) (*SuggestedRoutes, error) {
log.Debug("call to GetSuggestedRoutes")
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return api.router.suggestedRoutes(ctx, sendType, account, amountIn.ToInt(), tokenSymbol, disabledFromChainIDs, disabledToChaindIDs, preferedChainIDs, gasFeeMode, fromLockedAmount)
}
func (api *API) GetDerivedAddressForPath(ctx context.Context, password string, derivedFrom string, path string) (*DerivedAddress, error) {
info, err := api.s.gethManager.AccountsGenerator().LoadAccount(derivedFrom, password)
if err != nil {
return nil, err
}
return api.getDerivedAddress(info.ID, path)
}
func (api *API) GetDerivedAddressesForPath(ctx context.Context, password string, derivedFrom string, path string, pageSize int, pageNumber int) ([]*DerivedAddress, error) {
info, err := api.s.gethManager.AccountsGenerator().LoadAccount(derivedFrom, password)
if err != nil {
return nil, err
}
return api.getDerivedAddresses(ctx, info.ID, path, pageSize, pageNumber)
}
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func (api *API) GetDerivedAddressesForMnemonicWithPath(ctx context.Context, mnemonic string, path string, pageSize int, pageNumber int) ([]*DerivedAddress, error) {
mnemonicNoExtraSpaces := strings.Join(strings.Fields(mnemonic), " ")
info, err := api.s.gethManager.AccountsGenerator().ImportMnemonic(mnemonicNoExtraSpaces, "")
if err != nil {
return nil, err
}
return api.getDerivedAddresses(ctx, info.ID, path, pageSize, pageNumber)
}
func (api *API) GetDerivedAddressForPrivateKey(ctx context.Context, privateKey string) ([]*DerivedAddress, error) {
var derivedAddresses = make([]*DerivedAddress, 0)
info, err := api.s.gethManager.AccountsGenerator().ImportPrivateKey(privateKey)
if err != nil {
return derivedAddresses, err
}
derivedAddress, err := api.GetDerivedAddressDetails(ctx, info.Address)
if err != nil {
return derivedAddresses, err
}
derivedAddresses = append(derivedAddresses, derivedAddress)
return derivedAddresses, nil
}
func (api *API) GetDerivedAddressDetails(ctx context.Context, address string) (*DerivedAddress, error) {
var derivedAddress *DerivedAddress
commonAddr := common.HexToAddress(address)
addressExists, err := api.s.accountsDB.AddressExists(types.Address(commonAddr))
if err != nil {
return derivedAddress, err
}
if addressExists {
return derivedAddress, fmt.Errorf("account already exists")
}
transactions, err := api.s.transferController.GetTransfersByAddress(ctx, api.s.rpcClient.UpstreamChainID, commonAddr, nil, 1, false)
if err != nil {
return derivedAddress, err
}
hasActivity := int64(len(transactions)) > 0
derivedAddress = &DerivedAddress{
Address: commonAddr,
Path: "",
HasActivity: hasActivity,
AlreadyCreated: addressExists,
}
return derivedAddress, nil
}
func (api *API) getDerivedAddresses(ctx context.Context, id string, path string, pageSize int, pageNumber int) ([]*DerivedAddress, error) {
var (
group = async.NewAtomicGroup(ctx)
derivedAddresses = make([]*DerivedAddress, 0)
unorderedDerivedAddresses = map[int]*DerivedAddress{}
err error
)
splitPathValues := strings.Split(path, "/")
if len(splitPathValues) == 6 {
derivedAddress, err := api.getDerivedAddress(id, path)
if err != nil {
return nil, err
}
derivedAddresses = append(derivedAddresses, derivedAddress)
} else {
if pageNumber <= 0 || pageSize <= 0 {
return nil, fmt.Errorf("pageSize and pageNumber should be greater than 0")
}
var startIndex = ((pageNumber - 1) * pageSize)
var endIndex = (pageNumber * pageSize)
for i := startIndex; i < endIndex; i++ {
derivedPath := fmt.Sprint(path, "/", i)
index := i
group.Add(func(parent context.Context) error {
derivedAddress, err := api.getDerivedAddress(id, derivedPath)
if err != nil {
return err
}
unorderedDerivedAddresses[index] = derivedAddress
return nil
})
}
select {
case <-group.WaitAsync():
case <-ctx.Done():
return nil, ctx.Err()
}
for i := startIndex; i < endIndex; i++ {
derivedAddresses = append(derivedAddresses, unorderedDerivedAddresses[i])
}
err = group.Error()
}
return derivedAddresses, err
}
func (api *API) getDerivedAddress(id string, derivedPath string) (*DerivedAddress, error) {
addedAccounts, err := api.s.accountsDB.GetAccounts()
if err != nil {
return nil, err
}
info, err := api.s.gethManager.AccountsGenerator().DeriveAddresses(id, []string{derivedPath})
if err != nil {
return nil, err
}
alreadyExists := false
for _, account := range addedAccounts {
if types.Address(common.HexToAddress(info[derivedPath].Address)) == account.Address {
alreadyExists = true
break
}
}
var ctx context.Context
transactions, err := api.s.transferController.GetTransfersByAddress(ctx, api.s.rpcClient.UpstreamChainID, common.HexToAddress(info[derivedPath].Address), nil, 1, false)
if err != nil {
return nil, err
}
hasActivity := int64(len(transactions)) > 0
address := &DerivedAddress{
Address: common.HexToAddress(info[derivedPath].Address),
Path: derivedPath,
HasActivity: hasActivity,
AlreadyCreated: alreadyExists,
}
return address, nil
}
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func (api *API) CreateMultiTransaction(ctx context.Context, multiTransaction *transfer.MultiTransaction, data []*bridge.TransactionBridge, password string) (*transfer.MultiTransactionResult, error) {
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log.Debug("[WalletAPI:: CreateMultiTransaction] create multi transaction")
return api.s.transactionManager.CreateMultiTransaction(ctx, multiTransaction, data, api.router.bridges, password)
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}
func (api *API) GetCachedCurrencyFormats() (currency.FormatPerSymbol, error) {
log.Debug("call to GetCachedCurrencyFormats")
return api.s.currency.GetCachedCurrencyFormats()
}
func (api *API) FetchAllCurrencyFormats() (currency.FormatPerSymbol, error) {
log.Debug("call to FetchAllCurrencyFormats")
return api.s.currency.FetchAllCurrencyFormats()
}