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tests.go
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/*
Copyright IBM Corp. All Rights Reserved.
SPDX-License-Identifier: Apache-2.0
*/
package fungible
import (
"crypto/rand"
"fmt"
"math/big"
"os"
"strings"
"time"
"github.com/hyperledger-labs/fabric-smart-client/integration"
"github.com/hyperledger-labs/fabric-smart-client/integration/nwo/common"
"github.com/hyperledger-labs/fabric-smart-client/pkg/utils/errors"
"github.com/hyperledger-labs/fabric-smart-client/platform/view/services/assert"
"github.com/hyperledger-labs/fabric-smart-client/platform/view/services/hash"
"github.com/hyperledger-labs/fabric-token-sdk/integration/nwo/runner/nwo"
"github.com/hyperledger-labs/fabric-token-sdk/integration/nwo/token"
"github.com/hyperledger-labs/fabric-token-sdk/integration/nwo/txgen/model"
token3 "github.com/hyperledger-labs/fabric-token-sdk/integration/token"
common2 "github.com/hyperledger-labs/fabric-token-sdk/integration/token/common"
dlog "github.com/hyperledger-labs/fabric-token-sdk/integration/token/fungible/dlogstress/support"
"github.com/hyperledger-labs/fabric-token-sdk/integration/token/fungible/views"
dlognoghv1 "github.com/hyperledger-labs/fabric-token-sdk/token/core/zkatdlog/nogh/v1/setup"
"github.com/hyperledger-labs/fabric-token-sdk/token/services/ttx"
"github.com/hyperledger-labs/fabric-token-sdk/token/services/ttxdb"
token2 "github.com/hyperledger-labs/fabric-token-sdk/token/token"
. "github.com/onsi/gomega"
)
const (
DLogNamespace = "dlog-token-chaincode"
FabTokenNamespace = "fabtoken-token-chaincode"
)
var AuditedTransactions = []TransactionRecord{
{
TransactionRecord: ttxdb.TransactionRecord{
TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "alice",
TokenType: "USD",
Amount: big.NewInt(110),
Status: ttxdb.Confirmed,
},
},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "alice",
TokenType: "USD",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "bob",
TokenType: "EUR",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "bob",
TokenType: "EUR",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "bob",
TokenType: "EUR",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Transfer,
SenderEID: "alice",
RecipientEID: "bob",
TokenType: "USD",
Amount: big.NewInt(111),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Transfer,
SenderEID: "alice",
RecipientEID: "alice",
TokenType: "USD",
Amount: big.NewInt(9),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Transfer,
SenderEID: "bob",
RecipientEID: "bob",
TokenType: "USD",
Amount: big.NewInt(100),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Redeem,
SenderEID: "bob",
RecipientEID: "",
TokenType: "USD",
Amount: big.NewInt(11),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "bob",
TokenType: "USD",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "alice",
TokenType: "LIRA",
Amount: big.NewInt(3),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "alice",
TokenType: "LIRA",
Amount: big.NewInt(3),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Transfer,
SenderEID: "alice",
RecipientEID: "bob",
TokenType: "LIRA",
Amount: big.NewInt(2),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Transfer,
SenderEID: "alice",
RecipientEID: "alice",
TokenType: "LIRA",
Amount: big.NewInt(1),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Transfer,
SenderEID: "alice",
RecipientEID: "charlie",
TokenType: "LIRA",
Amount: big.NewInt(3),
Status: ttxdb.Confirmed,
}},
}
var AliceAcceptedTransactions = []TransactionRecord{
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "alice",
TokenType: "USD",
Amount: big.NewInt(110),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "alice",
TokenType: "USD",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
}
var AliceID1AcceptedTransactions = []TransactionRecord{
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "alice",
TokenType: "EUR",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
}
var BobAcceptedTransactions = []TransactionRecord{
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "bob",
TokenType: "EUR",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "bob",
TokenType: "EUR",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Issue,
SenderEID: "",
RecipientEID: "bob",
TokenType: "EUR",
Amount: big.NewInt(10),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Transfer,
SenderEID: "alice",
RecipientEID: "bob",
TokenType: "USD",
Amount: big.NewInt(111),
Status: ttxdb.Confirmed,
}},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Transfer,
SenderEID: "bob",
RecipientEID: "bob",
TokenType: "USD",
Amount: big.NewInt(100),
Status: ttxdb.Confirmed,
},
CheckNext: true,
},
{
TransactionRecord: ttxdb.TransactionRecord{TxID: "",
ActionType: ttxdb.Redeem,
SenderEID: "bob",
RecipientEID: "",
TokenType: "USD",
Amount: big.NewInt(11),
Status: ttxdb.Confirmed,
},
CheckPrevious: true,
},
}
type OnRestartFunc = func(*integration.Infrastructure, string)
func TestAll(network *integration.Infrastructure, auditorId string, onRestart OnRestartFunc, aries bool, sel *token3.ReplicaSelector) {
auditor := sel.Get(auditorId)
issuer := sel.Get("issuer")
alice := sel.Get("alice")
bob := sel.Get("bob")
charlie := sel.Get("charlie")
manager := sel.Get("manager")
endorsers := GetEndorsers(network, sel)
RegisterAuditor(network, auditor)
// give some time to the nodes to get the public parameters
time.Sleep(10 * time.Second)
SetKVSEntry(network, issuer, "auditor", auditor.Id())
CheckPublicParams(network, issuer, auditor, alice, bob, charlie, manager)
t0 := time.Now()
Eventually(DoesWalletExist).WithArguments(network, issuer, "", views.IssuerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
Eventually(DoesWalletExist).WithArguments(network, issuer, "pineapple", views.IssuerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(false))
Eventually(DoesWalletExist).WithArguments(network, alice, "", views.OwnerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
Eventually(DoesWalletExist).WithArguments(network, alice, "mango", views.OwnerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(false))
IssueSuccessfulCash(network, "", "USD", 110, alice, auditor, true, issuer, endorsers...)
t1 := time.Now()
CheckBalanceAndHolding(network, alice, "", "USD", 110, auditor)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:1], nil, nil)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:1], &t0, &t1)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[:1], nil, nil, nil, ttxdb.Issue)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[:1], nil, nil, []ttxdb.TxStatus{ttxdb.Confirmed}, ttxdb.Issue)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[:1], nil, nil, nil)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[:1], &t0, &t1, nil)
t2 := time.Now()
Withdraw(network, nil, alice, "", "USD", 10, auditor, issuer)
t3 := time.Now()
CheckBalanceAndHolding(network, alice, "", "USD", 120, auditor)
CheckBalanceAndHolding(network, alice, "alice", "USD", 120, auditor)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:2], nil, nil)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:2], &t0, &t3)
CheckAuditedTransactions(network, auditor, AuditedTransactions[1:2], &t2, &t3)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[:2], nil, nil, nil)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[:2], &t0, &t3, nil)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[1:2], &t2, &t3, nil)
h := ListIssuerHistory(network, "", "USD", issuer)
Expect(h.Count() > 0).To(BeTrue())
Expect(h.Sum(64).ToBigInt().Cmp(big.NewInt(120))).To(BeEquivalentTo(0), "expected [%d]=[120]", h.Sum(64).ToBigInt().Int64())
Expect(h.ByType("USD").Count()).To(BeEquivalentTo(h.Count()))
h = ListIssuerHistory(network, "", "EUR", issuer)
Expect(h.Count()).To(BeEquivalentTo(0))
Restart(network, true, onRestart, auditor)
RegisterAuditor(network, auditor)
CheckBalanceAndHolding(network, alice, "", "USD", 120, auditor)
CheckBalanceAndHolding(network, alice, "alice", "USD", 120, auditor)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:2], nil, nil)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:2], &t0, &t3)
CheckAuditedTransactions(network, auditor, AuditedTransactions[1:2], &t2, &t3)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[:2], nil, nil, nil)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[:2], &t0, &t3, nil)
CheckAcceptedTransactions(network, alice, "", AliceAcceptedTransactions[1:2], &t2, &t3, nil)
h = ListIssuerHistory(network, "", "USD", issuer)
Expect(h.Count() > 0).To(BeTrue())
Expect(h.Sum(64).ToBigInt().Cmp(big.NewInt(120))).To(BeEquivalentTo(0), "expected [%d]=[120]", h.Sum(64).ToBigInt().Int64())
Expect(h.ByType("USD").Count()).To(BeEquivalentTo(h.Count()))
h = ListIssuerHistory(network, "", "EUR", issuer)
Expect(h.Count()).To(BeEquivalentTo(0))
// Register a new issuer wallet and issue with that wallet
tokenPlatform := token.GetPlatform(network.Ctx, "token")
Expect(tokenPlatform).ToNot(BeNil(), "cannot find token platform in context")
Expect(tokenPlatform.GetTopology()).ToNot(BeNil(), "invalid token topology, it is nil")
Expect(len(tokenPlatform.GetTopology().TMSs)).ToNot(BeEquivalentTo(0), "no tms defined in token topology")
// Gen crypto material for the new issuer wallet
newIssuerWalletPath := tokenPlatform.GenIssuerCryptoMaterial(tokenPlatform.GetTopology().TMSs[0].BackendTopology.Name(), issuer.Id(), "issuer.ExtraId")
// Register it
RegisterIssuerIdentity(network, issuer, "newIssuerWallet", newIssuerWalletPath)
// Issuer tokens with this new wallet
t4 := time.Now()
IssueCash(network, "newIssuerWallet", "EUR", 10, bob, auditor, false, issuer)
// t5 := time.Now()
CheckBalanceAndHolding(network, bob, "", "EUR", 10, auditor)
IssueCash(network, "newIssuerWallet", "EUR", 10, bob, auditor, true, issuer)
// t6 := time.Now()
CheckBalanceAndHolding(network, bob, "", "EUR", 20, auditor)
IssueCash(network, "newIssuerWallet", "EUR", 10, bob, auditor, false, issuer)
t7 := time.Now()
CheckBalanceAndHolding(network, bob, "", "EUR", 30, auditor)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:5], nil, nil)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:5], &t0, &t7)
CheckAuditedTransactions(network, auditor, AuditedTransactions[2:5], &t4, &t7)
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[:3], nil, nil, nil)
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[:3], &t4, &t7, nil)
h = ListIssuerHistory(network, "", "USD", issuer)
Expect(h.Count() > 0).To(BeTrue())
Expect(h.Sum(64).ToBigInt().Cmp(big.NewInt(120))).To(BeEquivalentTo(0))
Expect(h.ByType("USD").Count()).To(BeEquivalentTo(h.Count()))
h = ListIssuerHistory(network, "newIssuerWallet", "EUR", issuer)
Expect(h.Count() > 0).To(BeTrue())
Expect(h.Sum(64).ToBigInt().Cmp(big.NewInt(30))).To(BeEquivalentTo(0))
Expect(h.ByType("EUR").Count()).To(BeEquivalentTo(h.Count()))
CheckBalanceAndHolding(network, alice, "", "USD", 120, auditor)
CheckBalanceAndHolding(network, bob, "", "EUR", 30, auditor)
Restart(network, false, onRestart, alice)
t8 := time.Now()
TransferCash(network, alice, "", "USD", 111, bob, auditor)
t9 := time.Now()
CheckAuditedTransactions(network, auditor, AuditedTransactions[5:7], &t8, &t9)
CheckSpending(network, alice, "", "USD", auditor, 111)
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[3:4], &t8, &t9, nil)
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[3:4], &t8, &t9, nil, ttxdb.Transfer)
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[3:4], &t8, &t9, []ttxdb.TxStatus{ttxdb.Confirmed}, ttxdb.Transfer)
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[:4], &t0, &t9, nil)
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[:4], nil, nil, nil)
ut := ListUnspentTokens(network, alice, "", "USD")
Expect(ut.Count() > 0).To(BeTrue())
Expect(ut.Sum(64).ToBigInt().Cmp(big.NewInt(9))).To(BeEquivalentTo(0), "got [%d], expected 9", ut.Sum(64).ToBigInt())
Expect(ut.ByType("USD").Count()).To(BeEquivalentTo(ut.Count()))
ut = ListUnspentTokens(network, bob, "", "USD")
Expect(ut.Count() > 0).To(BeTrue())
Expect(ut.Sum(64).ToBigInt().Cmp(big.NewInt(111))).To(BeEquivalentTo(0), "got [%d], expected 111", ut.Sum(64).ToBigInt())
Expect(ut.ByType("USD").Count()).To(BeEquivalentTo(ut.Count()))
RedeemCash(network, bob, "", "USD", 11, auditor, nil)
t10 := time.Now()
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[:6], nil, nil, nil)
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[5:6], nil, nil, nil, ttxdb.Redeem)
CheckAcceptedTransactions(network, bob, "", BobAcceptedTransactions[5:6], nil, nil, []ttxdb.TxStatus{ttxdb.Confirmed}, ttxdb.Redeem)
CheckAuditedTransactions(network, auditor, AuditedTransactions[7:9], &t9, &t10)
t11 := time.Now()
IssueCash(network, "", "USD", 10, bob, auditor, true, issuer)
t12 := time.Now()
CheckAuditedTransactions(network, auditor, AuditedTransactions[9:10], &t11, &t12)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:10], &t0, &t12)
CheckSpending(network, bob, "", "USD", auditor, 11)
// test multi action transfer...
t13 := time.Now()
IssueCash(network, "", "LIRA", 3, alice, auditor, true, issuer)
IssueCash(network, "", "LIRA", 3, alice, auditor, true, issuer)
t14 := time.Now()
CheckAuditedTransactions(network, auditor, AuditedTransactions[10:12], &t13, &t14)
// perform the normal transaction
txLiraTransfer := TransferCashMultiActions(network, alice, "", "LIRA", []uint64{2, 3}, []*token3.NodeReference{bob, charlie}, auditor, nil)
t16 := time.Now()
AuditedTransactions[12].TxID = txLiraTransfer
AuditedTransactions[13].TxID = txLiraTransfer
AuditedTransactions[14].TxID = txLiraTransfer
CheckBalanceAndHolding(network, alice, "", "LIRA", 1, auditor)
CheckBalanceAndHolding(network, bob, "", "LIRA", 2, auditor)
CheckBalanceAndHolding(network, charlie, "", "LIRA", 3, auditor)
CheckAuditedTransactions(network, auditor, AuditedTransactions[:], &t0, &t16)
CheckOwnerDB(network, nil, issuer, alice, bob, charlie, manager)
IssueCash(network, "", "USD", 1, alice, auditor, true, issuer)
testTwoGeneratedOwnerWalletsSameNode(network, auditor, !aries, sel, onRestart)
CheckBalanceAndHolding(network, alice, "", "USD", 10, auditor)
CheckBalanceAndHolding(network, alice, "", "EUR", 0, auditor)
CheckBalanceAndHolding(network, bob, "", "EUR", 30, auditor)
CheckBalanceAndHolding(network, bob, "bob", "EUR", 30, auditor)
CheckBalanceAndHolding(network, bob, "", "USD", 110, auditor)
SwapCash(network, alice, "", "USD", 10, "EUR", 10, bob, auditor)
CheckBalanceAndHolding(network, alice, "", "USD", 0, auditor)
CheckBalanceAndHolding(network, alice, "", "EUR", 10, auditor)
CheckBalanceAndHolding(network, bob, "", "EUR", 20, auditor)
CheckBalanceAndHolding(network, bob, "", "USD", 120, auditor)
CheckSpending(network, alice, "", "USD", auditor, 121)
CheckSpending(network, bob, "", "EUR", auditor, 10)
RedeemCash(network, bob, "", "USD", 10, auditor, nil)
CheckBalanceAndHolding(network, bob, "", "USD", 110, auditor)
CheckSpending(network, bob, "", "USD", auditor, 21)
// Check self endpoints
IssueCash(network, "", "USD", 110, issuer, auditor, true, issuer)
IssueCash(network, "newIssuerWallet", "EUR", 150, issuer, auditor, true, issuer)
IssueCash(network, "issuer.id1", "EUR", 10, sel.Get("issuer.owner"), auditor, true, issuer)
h = ListIssuerHistory(network, "", "USD", issuer)
Expect(h.Count() > 0).To(BeTrue())
Expect(h.Sum(64).ToBigInt().Cmp(big.NewInt(241))).To(BeEquivalentTo(0))
Expect(h.ByType("USD").Count()).To(BeEquivalentTo(h.Count()))
h = ListIssuerHistory(network, "newIssuerWallet", "EUR", issuer)
Expect(h.Count() > 0).To(BeTrue())
Expect(h.Sum(64).ToBigInt().Cmp(big.NewInt(180))).To(BeEquivalentTo(0))
Expect(h.ByType("EUR").Count()).To(BeEquivalentTo(h.Count()))
CheckBalanceAndHolding(network, issuer, "", "USD", 110, auditor)
CheckBalanceAndHolding(network, issuer, "", "EUR", 150, auditor)
CheckBalanceAndHolding(network, issuer, "issuer.owner", "EUR", 10, auditor)
// Restart the auditor
Restart(network, true, onRestart, auditor)
RegisterAuditor(network, auditor)
CheckBalanceAndHolding(network, issuer, "", "USD", 110, auditor)
CheckBalanceAndHolding(network, issuer, "", "EUR", 150, auditor)
CheckBalanceAndHolding(network, issuer, "issuer.owner", "EUR", 10, auditor)
CheckOwnerDB(network, nil, issuer, alice, bob, charlie, manager)
CheckAuditorDB(network, auditor, "", nil)
// Check double spending
txIDPine := IssueCash(network, "", "PINE", 55, alice, auditor, true, issuer)
tokenIDPine := &token2.ID{
TxId: txIDPine,
Index: 0,
}
txID1, tx1 := PrepareTransferCash(network, alice, "", "PINE", 55, bob, auditor, tokenIDPine)
CheckBalance(network, alice, "", "PINE", 55)
CheckHolding(network, alice, "", "PINE", 0, auditor)
CheckBalance(network, bob, "", "PINE", 0)
CheckHolding(network, bob, "", "PINE", 55, auditor)
txID2, tx2 := PrepareTransferCash(network, alice, "", "PINE", 55, bob, auditor, tokenIDPine)
CheckBalance(network, alice, "", "PINE", 55)
CheckHolding(network, alice, "", "PINE", -55, auditor)
CheckBalance(network, bob, "", "PINE", 0)
CheckHolding(network, bob, "", "PINE", 110, auditor)
CheckBalanceAndHolding(network, bob, "", "EUR", 20, auditor)
CheckBalanceAndHolding(network, bob, "", "USD", 110, auditor)
CheckOwnerDB(network, nil, bob)
fmt.Printf("prepared transactions [%s:%s]", txID1, txID2)
Restart(network, true, onRestart, bob)
Restart(network, false, onRestart, auditor)
RegisterAuditor(network, auditor)
CheckBalance(network, bob, "", "PINE", 0)
CheckHolding(network, bob, "", "PINE", 110, auditor)
CheckBalanceAndHolding(network, bob, "", "EUR", 20, auditor)
CheckBalanceAndHolding(network, bob, "", "USD", 110, auditor)
BroadcastPreparedTransferCash(network, alice, txID1, tx1, true)
common2.CheckFinality(network, bob, txID1, nil, false)
common2.CheckFinality(network, auditor, txID1, nil, false)
CheckBalance(network, alice, "", "PINE", 0)
CheckHolding(network, alice, "", "PINE", -55, auditor)
CheckBalance(network, bob, "", "PINE", 55)
CheckHolding(network, bob, "", "PINE", 110, auditor)
BroadcastPreparedTransferCash(network, alice, txID2, tx2, true, "is not valid")
common2.CheckFinality(network, bob, txID2, nil, true)
common2.CheckFinality(network, auditor, txID2, nil, true)
CheckBalanceAndHolding(network, alice, "", "PINE", 0, auditor)
CheckBalanceAndHolding(network, bob, "", "PINE", 55, auditor)
CheckOwnerDB(network, nil, issuer, alice, bob, charlie, manager)
CheckAuditorDB(network, auditor, "", nil)
// Test Auditor ability to override transaction state
txID3, tx3 := PrepareTransferCash(network, bob, "", "PINE", 10, alice, auditor, nil)
CheckBalance(network, alice, "", "PINE", 0)
CheckHolding(network, alice, "", "PINE", 10, auditor)
CheckBalance(network, bob, "", "PINE", 55)
CheckHolding(network, bob, "", "PINE", 45, auditor)
SetTransactionAuditStatus(network, auditor, txID3, ttx.Deleted)
CheckBalanceAndHolding(network, alice, "", "PINE", 0, auditor)
CheckBalanceAndHolding(network, bob, "", "PINE", 55, auditor)
TokenSelectorUnlock(network, bob, txID3)
FinalityWithTimeout(network, bob, tx3, 20*time.Second)
SetTransactionOwnersStatus(network, txID3, ttx.Deleted, token3.AllNames(alice, bob)...)
// Restart
CheckOwnerDB(network, nil, alice, bob)
CheckOwnerDB(network, nil, issuer, charlie, manager)
CheckAuditorDB(network, auditor, "", nil)
Restart(network, false, onRestart, alice, bob, charlie, manager)
CheckOwnerDB(network, nil, alice, bob)
CheckOwnerDB(network, nil, issuer, charlie, manager)
CheckAuditorDB(network, auditor, "", nil)
// Addition transfers
TransferCash(network, issuer, "", "USD", 50, issuer, auditor)
CheckBalanceAndHolding(network, issuer, "", "USD", 110, auditor)
CheckBalanceAndHolding(network, issuer, "", "EUR", 150, auditor)
TransferCash(network, issuer, "", "USD", 50, manager, auditor)
TransferCash(network, issuer, "", "EUR", 20, manager, auditor)
CheckBalanceAndHolding(network, issuer, "", "USD", 60, auditor)
CheckBalanceAndHolding(network, issuer, "", "EUR", 130, auditor)
CheckBalanceAndHolding(network, manager, "", "USD", 50, auditor)
CheckBalanceAndHolding(network, manager, "", "EUR", 20, auditor)
// Play with wallets
TransferCash(network, manager, "", "USD", 10, sel.Get("manager.id1"), auditor)
TransferCash(network, manager, "", "USD", 10, sel.Get("manager.id2"), auditor)
TransferCash(network, manager, "", "USD", 10, sel.Get("manager.id3"), auditor)
CheckBalanceAndHolding(network, manager, "", "USD", 20, auditor)
CheckBalanceAndHolding(network, manager, "manager.id1", "USD", 10, auditor)
CheckBalanceAndHolding(network, manager, "manager.id2", "USD", 10, auditor)
CheckBalanceAndHolding(network, manager, "manager.id3", "USD", 10, auditor)
TransferCash(network, manager, "manager.id1", "USD", 10, sel.Get("manager.id2"), auditor)
CheckSpending(network, manager, "manager.id1", "USD", auditor, 10)
CheckBalanceAndHolding(network, manager, "", "USD", 20, auditor)
CheckBalanceAndHolding(network, manager, "manager.id1", "USD", 0, auditor)
CheckBalanceAndHolding(network, manager, "manager.id2", "USD", 20, auditor)
CheckBalanceAndHolding(network, manager, "manager.id3", "USD", 10, auditor)
// Swap among wallets
TransferCash(network, manager, "", "EUR", 10, sel.Get("manager.id1"), auditor)
CheckBalanceAndHolding(network, manager, "", "EUR", 10, auditor)
CheckBalanceAndHolding(network, manager, "manager.id1", "EUR", 10, auditor)
SwapCash(network, manager, "manager.id1", "EUR", 10, "USD", 10, sel.Get("manager.id2"), auditor)
CheckBalanceAndHolding(network, manager, "", "USD", 20, auditor)
CheckBalanceAndHolding(network, manager, "", "EUR", 10, auditor)
CheckBalanceAndHolding(network, manager, "manager.id1", "USD", 10, auditor)
CheckBalanceAndHolding(network, manager, "manager.id1", "EUR", 0, auditor)
CheckBalanceAndHolding(network, manager, "manager.id2", "USD", 10, auditor)
CheckBalanceAndHolding(network, manager, "manager.id2", "EUR", 10, auditor)
CheckBalanceAndHolding(network, manager, "manager.id3", "USD", 10, auditor)
// no more USD can be issued, reached quota of 220
IssueCash(network, "", "USD", 10, alice, auditor, true, issuer, "no more USD can be issued, reached quota of 241")
CheckBalanceAndHolding(network, alice, "", "USD", 0, auditor)
CheckBalanceAndHolding(network, alice, "", "EUR", 10, auditor)
// limits
CheckBalanceAndHolding(network, alice, "", "USD", 0, auditor)
CheckBalanceAndHolding(network, alice, "", "EUR", 10, auditor)
CheckBalanceAndHolding(network, bob, "", "EUR", 20, auditor)
CheckBalanceAndHolding(network, bob, "", "USD", 110, auditor)
IssueCash(network, "", "EUR", 2200, alice, auditor, true, issuer)
IssueCash(network, "", "EUR", 2000, charlie, auditor, true, issuer)
CheckBalanceAndHolding(network, alice, "", "EUR", 2210, auditor)
CheckBalanceAndHolding(network, charlie, "", "EUR", 2000, auditor)
TransferCash(network, alice, "", "EUR", 210, bob, auditor, "payment limit reached", "alice", "[EUR][210]")
CheckBalanceAndHolding(network, alice, "", "EUR", 2210, auditor)
CheckBalanceAndHolding(network, charlie, "", "EUR", 2000, auditor)
CheckBalanceAndHolding(network, bob, "", "USD", 110, auditor)
CheckBalanceAndHolding(network, bob, "", "EUR", 20, auditor)
PruneInvalidUnspentTokens(network, issuer, auditor, alice, bob, charlie, manager)
TransferCash(network, alice, "", "EUR", 200, bob, auditor)
TransferCash(network, alice, "", "EUR", 200, bob, auditor)
TransferCash(network, alice, "", "EUR", 200, bob, auditor)
TransferCash(network, alice, "", "EUR", 200, bob, auditor)
TransferCash(network, alice, "", "EUR", 200, bob, auditor)
TransferCash(network, alice, "", "EUR", 200, bob, auditor)
TransferCash(network, alice, "", "EUR", 200, bob, auditor)
TransferCash(network, alice, "", "EUR", 200, bob, auditor)
TransferCash(network, alice, "", "EUR", 200, bob, auditor)
CheckBalanceAndHolding(network, bob, "", "EUR", 1820, auditor)
CheckSpending(network, alice, "", "EUR", auditor, 1800)
TransferCash(network, alice, "", "EUR", 200, bob, auditor, "cumulative payment limit reached", "alice", "[EUR][2000]")
TransferCash(network, charlie, "", "EUR", 200, bob, auditor)
PruneInvalidUnspentTokens(network, issuer, auditor, alice, bob, charlie, manager)
TransferCash(network, charlie, "", "EUR", 200, bob, auditor)
TransferCash(network, charlie, "", "EUR", 200, bob, auditor)
TransferCash(network, charlie, "", "EUR", 200, bob, auditor)
TransferCash(network, charlie, "", "EUR", 200, bob, auditor)
CheckBalanceAndHolding(network, charlie, "", "EUR", 1000, auditor)
CheckBalanceAndHolding(network, bob, "", "EUR", 2820, auditor)
TransferCash(network, charlie, "", "EUR", 200, bob, auditor, "holding limit reached", "bob", "[EUR][3020]")
CheckBalanceAndHolding(network, bob, "", "EUR", 2820, auditor)
PruneInvalidUnspentTokens(network, issuer, auditor, alice, bob, charlie, manager)
// Routing
IssueCash(network, "", "EUR", 10, sel.Get("alice.id1"), auditor, true, issuer)
CheckAcceptedTransactions(network, alice, "alice.id1", AliceID1AcceptedTransactions[:], nil, nil, nil)
TransferCash(network, alice, "alice.id1", "EUR", 10, sel.Get("bob.id1"), auditor)
CheckBalanceAndHolding(network, alice, "alice.id1", "EUR", 0, auditor)
CheckBalanceAndHolding(network, bob, "bob.id1", "EUR", 10, auditor)
// Concurrent transfers
transferErrors := make([]chan error, 5)
var sum uint64
for i := range transferErrors {
transferErrors[i] = make(chan error, 1)
transfer := transferErrors[i]
r, err := rand.Int(rand.Reader, big.NewInt(200))
Expect(err).ToNot(HaveOccurred())
v := r.Uint64() + 1
sum += v
go func() {
_, err := network.Client(bob.ReplicaName()).CallView("transferWithSelector", common.JSONMarshall(&views.Transfer{
Auditor: auditor.Id(),
Wallet: "",
Type: "EUR",
Amount: v,
Recipient: network.Identity(alice.Id()),
RecipientEID: alice.Id(),
Retry: true,
}))
if err != nil {
transfer <- err
return
}
transfer <- nil
}()
}
for _, transfer := range transferErrors {
err := <-transfer
Expect(err).ToNot(HaveOccurred())
}
CheckBalanceAndHolding(network, bob, "", "EUR", 2820-sum, auditor)
// Transfer With TokenSelector
IssueSuccessfulCash(network, "", "YUAN", 17, alice, auditor, true, issuer, endorsers...)
TransferCashWithSelector(network, alice, "", "YUAN", 10, bob, auditor)
CheckBalanceAndHolding(network, alice, "", "YUAN", 7, auditor)
CheckBalanceAndHolding(network, bob, "", "YUAN", 10, auditor)
TransferCashWithSelector(network, alice, "", "YUAN", 10, bob, auditor, "pineapple", "insufficient funds")
// Now, the tests asks Bob to transfer to Charlie 14 YUAN split in two parallel transactions each one transferring 7 YUAN.
// Notice that Bob has only 10 YUAN, therefore bob will be able to assemble only one transfer.
// We use two channels to collect the results of the two transfers.
transferErrors2 := make([]chan error, 2)
for i := range transferErrors2 {
transferErrors2[i] = make(chan error, 1)
transferError := transferErrors2[i]
go func() {
txid, err := network.Client(bob.ReplicaName()).CallView("transferWithSelector", common.JSONMarshall(&views.Transfer{
Auditor: auditor.Id(),
Wallet: "",
Type: "YUAN",
Amount: 7,
Recipient: network.Identity(charlie.Id()),
RecipientEID: charlie.Id(),
Retry: false,
}))
if err != nil {
// The transaction failed, we return the error to the caller.
transferError <- err
return
}
// The transaction didn't fail, let's wait for it to be confirmed, and return no error
common2.CheckFinality(network, charlie, common.JSONUnmarshalString(txid), nil, false)
common2.CheckFinality(network, auditor, common.JSONUnmarshalString(txid), nil, false)
transferError <- nil
}()
}
// collect the errors, and check that they are all nil, and one of them is the error we expect.
var errs []error
for _, transfer := range transferErrors2 {
errs = append(errs, <-transfer)
}
Expect((errs[0] == nil && errs[1] != nil) || (errs[0] != nil && errs[1] == nil)).To(BeTrue())
var errStr string
if errs[0] == nil {
errStr = errs[1].Error()
} else {
errStr = errs[0].Error()
}
v := strings.Contains(errStr, "pineapple") || strings.Contains(errStr, "lemonade")
Expect(v).To(BeEquivalentTo(true), "error [%s] does not contain either 'pineapple' or 'lemonade'", errStr)
Expect(errStr).NotTo(BeEmpty())
CheckBalanceAndHolding(network, bob, "", "YUAN", 3, auditor)
CheckBalanceAndHolding(network, alice, "", "YUAN", 7, auditor)
CheckBalanceAndHolding(network, charlie, "", "YUAN", 7, auditor)
// Transfer by IDs
{
txID1 := IssueCash(network, "", "CHF", 17, alice, auditor, true, issuer)
TransferCashByIDs(network, alice, "", []*token2.ID{{TxId: txID1, Index: 0}}, 17, bob, auditor, true, "test release")
// the previous call should not keep the token locked if release is successful
txID2 := TransferCashByIDs(network, alice, "", []*token2.ID{{TxId: txID1, Index: 0}}, 17, bob, auditor, false)
WhoDeletedToken(network, alice, []*token2.ID{{TxId: txID1, Index: 0}}, txID2)
WhoDeletedToken(network, auditor, []*token2.ID{{TxId: txID1, Index: 0}}, txID2)
// redeem newly created token
RedeemCashByIDs(network, bob, "", []*token2.ID{{TxId: txID2, Index: 0}}, 17, auditor)
}
PruneInvalidUnspentTokens(network, issuer, auditor, alice, bob, charlie, manager)
// Test Max Token Value
IssueCash(network, "", "MAX", 65535, charlie, auditor, true, issuer)
IssueCash(network, "", "MAX", 65535, charlie, auditor, true, issuer)
TransferCash(network, charlie, "", "MAX", 65536, alice, auditor, "failed to convert [65536] to quantity of precision [16]")
IssueCash(network, "", "MAX", 65536, charlie, auditor, true, issuer, "q is larger than max token value [65535]")
// Check consistency
CheckPublicParams(network, issuer, auditor, alice, bob, charlie, manager)
CheckOwnerDB(network, nil, issuer, auditor, alice, bob, charlie, manager)
CheckAuditorDB(network, auditor, "", nil)
PruneInvalidUnspentTokens(network, issuer, auditor, alice, bob, charlie, manager)
for _, ref := range []*token3.NodeReference{alice, bob, charlie, manager} {
IDs := ListVaultUnspentTokens(network, ref)
CheckIfExistsInVault(network, auditor, IDs)
}
// Check double spending by multiple action in the same transaction
// use the same token for both actions, this must fail
txIssuedPineapples1 := IssueCash(network, "", "Pineapples", 3, alice, auditor, true, issuer)
IssueCash(network, "", "Pineapples", 3, alice, auditor, true, issuer)
failedTransferTxID := TransferCashMultiActions(network, alice, "", "Pineapples", []uint64{2, 3}, []*token3.NodeReference{bob, charlie}, auditor, &token2.ID{TxId: txIssuedPineapples1}, "failed to append spent id", txIssuedPineapples1)
// the above transfer must fail at execution phase, therefore the auditor should be explicitly informed about this transaction
CheckBalance(network, alice, "", "Pineapples", 6)
CheckHolding(network, alice, "", "Pineapples", 1, auditor)
CheckBalance(network, bob, "", "Pineapples", 0)
CheckHolding(network, bob, "", "Pineapples", 2, auditor)
CheckBalance(network, charlie, "", "Pineapples", 0)
CheckHolding(network, charlie, "", "Pineapples", 3, auditor)
fmt.Printf("failed transaction [%s]\n", failedTransferTxID)
SetTransactionAuditStatus(network, auditor, failedTransferTxID, ttx.Deleted)
CheckBalanceAndHolding(network, alice, "", "Pineapples", 6, auditor)
CheckBalanceAndHolding(network, bob, "", "Pineapples", 0, auditor)
CheckBalanceAndHolding(network, charlie, "", "Pineapples", 0, auditor)
CheckAuditorDB(network, auditor, "", nil)
// test spendable token
txIssueSpendableToken := IssueCash(network, "", "Spendable", 3, alice, auditor, true, issuer)
SetSpendableFlag(network, alice, token2.ID{TxId: txIssueSpendableToken, Index: 0}, false)
TransferCash(network, alice, "", "Spendable", 2, bob, auditor, "failed selecting tokens")
SetSpendableFlag(network, alice, token2.ID{TxId: txIssueSpendableToken, Index: 0}, true)
TransferCash(network, alice, "", "Spendable", 2, bob, auditor)
CheckBalanceAndHolding(network, alice, "", "Spendable", 1, auditor)
CheckBalanceAndHolding(network, bob, "", "Spendable", 2, auditor)
CheckAuditorDB(network, auditor, "", nil)
}
func TestSelector(network *integration.Infrastructure, auditorId string, sel *token3.ReplicaSelector) {
auditor := sel.Get(auditorId)
issuer := sel.Get("issuer")
alice := sel.Get("alice")
bob := sel.Get("bob")
charlie := sel.Get("charlie")
manager := sel.Get("manager")
RegisterAuditor(network, auditor)
// give some time to the nodes to get the public parameters
time.Sleep(10 * time.Second)
SetKVSEntry(network, issuer, "auditor", auditor.Id())
CheckPublicParams(network, issuer, auditor, alice, bob, charlie, manager)
Eventually(DoesWalletExist).WithArguments(network, issuer, "", views.IssuerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
Eventually(DoesWalletExist).WithArguments(network, issuer, "pineapple", views.IssuerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(false))
Eventually(DoesWalletExist).WithArguments(network, alice, "", views.OwnerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
Eventually(DoesWalletExist).WithArguments(network, alice, "mango", views.OwnerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(false))
IssueCash(network, "", "USD", 100, alice, auditor, true, issuer)
IssueCash(network, "", "USD", 50, alice, auditor, true, issuer)
TransferCash(network, alice, "", "USD", 160, bob, auditor, "insufficient funds, only [150] tokens of type [USD] are available")
time.Sleep(10 * time.Second)
TransferCash(network, alice, "", "USD", 160, bob, auditor, "insufficient funds, only [150] tokens of type [USD] are available")
time.Sleep(2 * time.Minute)
TransferCash(network, alice, "", "USD", 160, bob, auditor, "insufficient funds, only [150] tokens of type [USD] are available")
}
func TestPublicParamsUpdate(network *integration.Infrastructure, auditorId string, ppBytes []byte, networkName string, issuerAsAuditor bool, sel *token3.ReplicaSelector) {
newAuditor := sel.Get(auditorId)
tms := GetTMSByNetworkName(network, networkName)
newIssuer := sel.Get("newIssuer")
issuer := sel.Get("issuer")
alice := sel.Get("alice")
manager := sel.Get("manager")
auditor := sel.Get("auditor")
errorMessage := "issuer wallet [] not found"
if issuerAsAuditor {
auditor = issuer
}
RegisterAuditor(network, auditor)
txId := IssueCash(network, "", "USD", 110, alice, auditor, true, issuer)
Expect(txId).NotTo(BeEmpty())
CheckBalanceAndHolding(network, alice, "", "USD", 110, auditor)
RegisterAuditor(network, newAuditor)
UpdatePublicParams(network, ppBytes, tms)
Eventually(GetPublicParams).WithArguments(network, newIssuer).WithTimeout(30 * time.Second).WithPolling(15 * time.Second).Should(Equal(ppBytes))
if !issuerAsAuditor {
Eventually(GetPublicParams).WithArguments(network, newAuditor).WithTimeout(30 * time.Second).WithPolling(15 * time.Second).Should(Equal(ppBytes))
}
// give time to the issuer and the auditor to update their public parameters and reload their wallets
Eventually(DoesWalletExist).WithArguments(network, newIssuer, "", views.IssuerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
if issuerAsAuditor {
Eventually(DoesWalletExist).WithArguments(network, newIssuer, "", views.AuditorWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
} else {
Eventually(DoesWalletExist).WithArguments(network, newAuditor, "", views.AuditorWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
}
Eventually(DoesWalletExist).WithArguments(network, alice, "", views.OwnerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
Eventually(DoesWalletExist).WithArguments(network, manager, "manager.id1", views.OwnerWallet).WithTimeout(1 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
txId = IssueCash(network, "", "USD", 110, alice, newAuditor, true, newIssuer)
Expect(txId).NotTo(BeEmpty())
CheckBalance(network, alice, "", "USD", 220)
CheckHolding(network, alice, "", "USD", 110, newAuditor)
IssueCash(network, "", "USD", 110, alice, newAuditor, true, issuer, errorMessage)
CheckOwnerWalletIDs(network, manager, "manager.id1", "manager.id2", "manager.id3")
}
func testTwoGeneratedOwnerWalletsSameNode(network *integration.Infrastructure, auditor *token3.NodeReference, useFabricCA bool, sel *token3.ReplicaSelector, onRestart OnRestartFunc) {
issuer := sel.Get("issuer")
charlie := sel.Get("charlie")
tokenPlatform := token.GetPlatform(network.Ctx, "token")
idConfig1 := tokenPlatform.GenOwnerCryptoMaterial(tokenPlatform.GetTopology().TMSs[0].BackendTopology.Name(), charlie.Id(), "charlie.ExtraId1", false)
RegisterOwnerIdentity(network, charlie, idConfig1)
idConfig2 := tokenPlatform.GenOwnerCryptoMaterial(tokenPlatform.GetTopology().TMSs[0].BackendTopology.Name(), charlie.Id(), "charlie.ExtraId2", useFabricCA)
RegisterOwnerIdentity(network, charlie, idConfig2)
IssueCash(network, "", "SPE", 100, charlie, auditor, true, issuer)
TransferCash(network, charlie, "", "SPE", 25, sel.Get("charlie.ExtraId1"), auditor)
Restart(network, false, onRestart, charlie)
TransferCash(network, charlie, "charlie.ExtraId1", "SPE", 15, sel.Get("charlie.ExtraId2"), auditor)
CheckBalanceAndHolding(network, charlie, "", "SPE", 75, auditor)
CheckBalanceAndHolding(network, charlie, "charlie.ExtraId1", "SPE", 10, auditor)
CheckBalanceAndHolding(network, charlie, "charlie.ExtraId2", "SPE", 15, auditor)
}
func TestRevokeIdentity(network *integration.Infrastructure, auditorId string, sel *token3.ReplicaSelector) {
auditor := sel.Get(auditorId)
issuer := sel.Get("issuer")
alice := sel.Get("alice")
bob := sel.Get("bob")
RegisterAuditor(network, auditor)
IssueCash(network, "", "USD", 110, alice, auditor, true, issuer)
CheckBalanceAndHolding(network, alice, "", "USD", 110, auditor)
CheckBalanceAndHolding(network, bob, "", "USD", 0, auditor)
CheckBalanceAndHolding(network, bob, "bob.id1", "USD", 0, auditor)
rId := GetRevocationHandle(network, bob)
RevokeIdentity(network, auditor, rId)
// try to issue to bob
IssueCash(network, "", "USD", 22, bob, auditor, true, issuer, hash.Hashable(rId).String()+" Identity is in revoked state")
// try to transfer to bob
TransferCash(network, alice, "", "USD", 22, bob, auditor, hash.Hashable(rId).String()+" Identity is in revoked state")
CheckBalanceAndHolding(network, alice, "", "USD", 110, auditor)
CheckBalanceAndHolding(network, bob, "", "USD", 0, auditor)
CheckBalanceAndHolding(network, bob, "bob.id1", "USD", 0, auditor)
// Issuer to bob.id1
IssueCash(network, "", "USD", 90, sel.Get("bob.id1"), auditor, true, issuer)
CheckBalanceAndHolding(network, alice, "", "USD", 110, auditor)
CheckBalanceAndHolding(network, bob, "", "USD", 0, auditor)
CheckBalanceAndHolding(network, bob, "bob.id1", "USD", 90, auditor)
}
func TestMixed(network *integration.Infrastructure, onRestart OnRestartFunc, sel *token3.ReplicaSelector) {
auditor1 := sel.Get("auditor1")
auditor2 := sel.Get("auditor2")
issuer1 := sel.Get("issuer1")
issuer2 := sel.Get("issuer2")
alice := sel.Get("alice")
bob := sel.Get("bob")
dlogId := getTmsId(network, DLogNamespace)
fabTokenId := getTmsId(network, FabTokenNamespace)
RegisterAuditorForTMSID(network, auditor1, dlogId)
RegisterAuditorForTMSID(network, auditor2, fabTokenId)
// give some time to the nodes to get the public parameters
time.Sleep(40 * time.Second)
Eventually(CheckPublicParamsMatch).WithArguments(network, dlogId, issuer1, auditor1, alice, bob).WithTimeout(2 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
Eventually(CheckPublicParamsMatch).WithArguments(network, fabTokenId, issuer2, auditor2, alice, bob).WithTimeout(2 * time.Minute).WithPolling(15 * time.Second).Should(Equal(true))
IssueCashForTMSID(network, "", "USD", 110, alice, auditor1, true, issuer1, dlogId)
IssueCashForTMSID(network, "", "USD", 115, alice, auditor2, true, issuer2, fabTokenId)
TransferCashForTMSID(network, alice, "", "USD", 20, bob, auditor1, dlogId)
TransferCashForTMSID(network, alice, "", "USD", 30, bob, auditor2, fabTokenId)
RedeemCashForTMSID(network, bob, "", "USD", 11, auditor1, nil, dlogId)
CheckSpendingForTMSID(network, bob, "", "USD", auditor1, 11, dlogId)
CheckBalanceAndHoldingForTMSID(network, alice, "", "USD", 90, auditor1, dlogId)
CheckBalanceAndHoldingForTMSID(network, alice, "", "USD", 85, auditor2, fabTokenId)
CheckBalanceAndHoldingForTMSID(network, bob, "", "USD", 9, auditor1, dlogId)
CheckBalanceAndHoldingForTMSID(network, bob, "", "USD", 30, auditor2, fabTokenId)
h := ListIssuerHistoryForTMSID(network, "", "USD", issuer1, dlogId)
Expect(h.Count() > 0).To(BeTrue())
Expect(h.Sum(64).ToBigInt().Cmp(big.NewInt(110))).To(BeEquivalentTo(0))
Expect(h.ByType("USD").Count()).To(BeEquivalentTo(h.Count()))
// Error cases
// Try to approve dlog with auditor2
TransferCashForTMSID(network, alice, "", "USD", 20, bob, auditor2, dlogId, "")
// Try to issue on dlog with issuer2
IssueCashForTMSID(network, "", "USD", 110, alice, auditor1, true, issuer2, dlogId, "")
// Try to spend on dlog coins from fabtoken
TransferCashForTMSID(network, alice, "", "USD", 120, bob, auditor2, fabTokenId, "")
// Try to issue more coins than the max
IssueCashForTMSID(network, "", "MAX", 65535, bob, auditor1, true, issuer1, dlogId)
IssueCashForTMSID(network, "", "MAX", 65536, bob, auditor2, true, issuer2, fabTokenId, "q is larger than max token value [65535]")
// Shut down one auditor and try to issue cash for both chaincodes
Restart(network, true, onRestart, auditor2)
IssueCashForTMSID(network, "", "USD", 10, alice, auditor1, true, issuer1, dlogId)
IssueCashForTMSID(network, "", "USD", 20, alice, auditor2, true, issuer2, fabTokenId, "")
RegisterAuditor(network, auditor2)
IssueCashForTMSID(network, "", "USD", 30, alice, auditor2, true, issuer2, fabTokenId)
CheckBalanceAndHoldingForTMSID(network, alice, "", "USD", 100, auditor1, dlogId)
CheckBalanceAndHoldingForTMSID(network, alice, "", "USD", 115, auditor2, fabTokenId)
}
func TestRemoteOwnerWallet(network *integration.Infrastructure, auditor string, sel *token3.ReplicaSelector, websSocket bool) {
TestRemoteOwnerWalletWithWMP(network, NewWalletManagerProvider(&walletManagerLoader{II: network}), auditor, sel, websSocket)
}
func TestRemoteOwnerWalletWithWMP(network *integration.Infrastructure, wmp *WalletManagerProvider, auditorId string, sel *token3.ReplicaSelector, websSocket bool) {
auditor := sel.Get(auditorId)
issuer := sel.Get("issuer")
alice := sel.Get("alice")
bob := sel.Get("bob")
charlie := sel.Get("charlie")