func (this *AccountFlags) Populate(ctx context.Context, row db.AccountRecord) {
this.AuthRequired = row.IsAuthRequired()
this.AuthRevocable = row.IsAuthRevocable()
}
// NewAccountRsource creates a new AccountResource from a provided db.CoreAccountRecord and
// a provided db.AccountRecord.
//
// panics if the two records are not for the same logical account.
func NewAccountResource(ac db.AccountRecord) AccountResource {
address := ac.Address
self := fmt.Sprintf("/accounts/%s", address)
balances := make([]BalanceResource, len(ac.Trustlines)+1)
for i, tl := range ac.Trustlines {
balance := BalanceResource{
Balance: AmountToString(tl.Balance),
Limit: AmountToString(tl.Tlimit),
Issuer: tl.Issuer,
Code: tl.Assetcode,
}
switch tl.Assettype {
case int32(xdr.AssetTypeAssetTypeCreditAlphanum4):
balance.Type = "credit_alphanum4"
case int32(xdr.AssetTypeAssetTypeCreditAlphanum12):
balance.Type = "credit_alphanum12"
}
balances[i] = balance
}
// add native balance
balances[len(ac.Trustlines)] = BalanceResource{Type: "native", Balance: AmountToString(ac.Balance)}
// thresholds
var thresholds ThresholdsResource
xdrThresholds, err := ac.DecodeThresholds()
if err == nil {
thresholds = ThresholdsResource{
LowThreshold: xdrThresholds[1],
MedThreshold: xdrThresholds[2],
HighThreshold: xdrThresholds[3],
}
}
// signers
signers := make([]SignerResource, len(ac.Signers)+1)
for i, s := range ac.Signers {
signers[i] = SignerResource{Address: s.Publickey, Weight: s.Weight}
}
signers[len(ac.Signers)] = SignerResource{Address: ac.Address, Weight: int32(xdrThresholds[0])}
// flags
flags := FlagsResource{
AuthRequired: ac.IsAuthRequired(),
AuthRevocable: ac.IsAuthRevocable(),
}
return AccountResource{
Links: halgo.Links{}.
Self(self).
Link("transactions", "%s/transactions%s", self, hal.StandardPagingOptions).
Link("operations", "%s/operations%s", self, hal.StandardPagingOptions).
Link("effects", "%s/effects%s", self, hal.StandardPagingOptions).
Link("offers", "%s/offers%s", self, hal.StandardPagingOptions),
ID: address,
PagingToken: ac.PagingToken(),
Address: address,
Sequence: ac.Seqnum,
SubentryCount: ac.Numsubentries,
InflationDestination: ac.Inflationdest,
HomeDomain: ac.HomeDomain,
Thresholds: thresholds,
Flags: flags,
Balances: balances,
Signers: signers,
}
}