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account_info_query.go
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account_info_query.go
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package hedera
import (
"github.com/hashgraph/hedera-sdk-go/v2/proto"
)
type AccountInfoQuery struct {
Query
pb *proto.CryptoGetInfoQuery
}
func NewAccountInfoQuery() *AccountInfoQuery {
header := proto.QueryHeader{}
query := newQuery(true, &header)
pb := proto.CryptoGetInfoQuery{Header: &header}
query.pb.Query = &proto.Query_CryptoGetInfo{
CryptoGetInfo: &pb,
}
return &AccountInfoQuery{
Query: query,
pb: &pb,
}
}
func accountInfoQuery_mapResponseStatus(_ request, response response) Status {
return Status(response.query.GetCryptoGetInfo().Header.NodeTransactionPrecheckCode)
}
func accountInfoQuery_getMethod(_ request, channel *channel) method {
return method{
query: channel.getCrypto().GetAccountInfo,
}
}
// SetAccountID sets the AccountID for this AccountInfoQuery.
func (query *AccountInfoQuery) SetAccountID(accountID AccountID) *AccountInfoQuery {
query.pb.AccountID = accountID.toProtobuf()
return query
}
func (query *AccountInfoQuery) GetCost(client *Client) (Hbar, error) {
if client == nil || client.operator == nil {
return Hbar{}, errNoClientProvided
}
paymentTransaction, err := query_makePaymentTransaction(TransactionID{}, AccountID{}, client.operator, Hbar{})
if err != nil {
return Hbar{}, err
}
query.pbHeader.Payment = paymentTransaction
query.pbHeader.ResponseType = proto.ResponseType_COST_ANSWER
query.nodeIDs = client.network.getNodeAccountIDsForExecute()
resp, err := execute(
client,
request{
query: &query.Query,
},
query_shouldRetry,
costQuery_makeRequest,
costQuery_advanceRequest,
costQuery_getNodeAccountID,
accountInfoQuery_getMethod,
accountInfoQuery_mapResponseStatus,
query_mapResponse,
)
if err != nil {
return Hbar{}, err
}
cost := int64(resp.query.GetCryptoGetInfo().Header.Cost)
if cost < 25 {
return HbarFromTinybar(25), nil
} else {
return HbarFromTinybar(cost), nil
}
}
func (query *AccountInfoQuery) GetAccountID() AccountID {
if query.pb.AccountID != nil {
return AccountID{}
} else {
return accountIDFromProtobuf(query.pb.AccountID)
}
}
// SetNodeAccountIDs sets the node AccountID for this AccountInfoQuery.
func (query *AccountInfoQuery) SetNodeAccountIDs(accountID []AccountID) *AccountInfoQuery {
query.Query.SetNodeAccountIDs(accountID)
return query
}
//SetQueryPayment sets the Hbar payment to pay the node a fee for handling this query
func (query *AccountInfoQuery) SetQueryPayment(queryPayment Hbar) *AccountInfoQuery {
query.queryPayment = queryPayment
return query
}
//SetMaxQueryPayment sets the maximum payment allowable for this query.
func (query *AccountInfoQuery) SetMaxQueryPayment(queryMaxPayment Hbar) *AccountInfoQuery {
query.maxQueryPayment = queryMaxPayment
return query
}
func (query *AccountInfoQuery) SetMaxRetry(count int) *AccountInfoQuery {
query.Query.SetMaxRetry(count)
return query
}
func (query *AccountInfoQuery) Execute(client *Client) (AccountInfo, error) {
if client == nil || client.operator == nil {
return AccountInfo{}, errNoClientProvided
}
if len(query.Query.GetNodeAccountIDs()) == 0 {
query.SetNodeAccountIDs(client.network.getNodeAccountIDsForExecute())
}
query.queryPayment = NewHbar(2)
query.paymentTransactionID = TransactionIDGenerate(client.operator.accountID)
var cost Hbar
if query.queryPayment.tinybar != 0 {
cost = query.queryPayment
} else {
cost = client.maxQueryPayment
actualCost, err := query.GetCost(client)
if err != nil {
return AccountInfo{}, err
}
if cost.tinybar > actualCost.tinybar {
return AccountInfo{}, ErrMaxQueryPaymentExceeded{}
}
cost = actualCost
}
err := query_generatePayments(&query.Query, client, cost)
if err != nil {
return AccountInfo{}, err
}
resp, err := execute(
client,
request{
query: &query.Query,
},
query_shouldRetry,
query_makeRequest,
query_advanceRequest,
query_getNodeAccountID,
accountInfoQuery_getMethod,
accountInfoQuery_mapResponseStatus,
query_mapResponse,
)
if err != nil {
return AccountInfo{}, err
}
return accountInfoFromProtobuf(resp.query.GetCryptoGetInfo().AccountInfo)
}