@ -4,6 +4,7 @@ import (
"fmt"
"math"
"math/big"
"sort"
"testing"
"time"
@ -51,43 +52,14 @@ type testTx struct {
Token historydb . TokenWithUSD ` json:"token" `
}
type testTxsResponse struct {
Txs [ ] testTx ` json:"transactions" `
PendingItems uint64 ` json:"pendingItems" `
}
func ( t testTxsResponse ) GetPending ( ) ( pendingItems , lastItemID uint64 ) {
pendingItems = t . PendingItems
lastItemID = t . Txs [ len ( t . Txs ) - 1 ] . ItemID
return pendingItems , lastItemID
}
func ( t testTxsResponse ) Len ( ) int {
return len ( t . Txs )
}
// TxSortFields represents the fields needed to sort L1 and L2 transactions
type txSortFields struct {
BatchNum * common . BatchNum
Position int
}
// TxSortFielder is a interface that allows sorting L1 and L2 transactions in a combined way
type txSortFielder interface {
SortFields ( ) txSortFields
L1 ( ) * common . L1Tx
L2 ( ) * common . L2Tx
}
// TxsSort array of TxSortFielder
type txsSort [ ] txSortFielder
type txsSort [ ] testTx
func ( t txsSort ) Len ( ) int { return len ( t ) }
func ( t txsSort ) Swap ( i , j int ) { t [ i ] , t [ j ] = t [ j ] , t [ i ] }
func ( t txsSort ) Less ( i , j int ) bool {
// i not forged yet
isf := t [ i ] . SortFields ( )
jsf := t [ j ] . SortFields ( )
isf := t [ i ]
jsf := t [ j ]
if isf . BatchNum == nil {
if jsf . BatchNum != nil { // j is already forged
return false
@ -108,189 +80,166 @@ func (t txsSort) Less(i, j int) bool {
return * isf . BatchNum < * jsf . BatchNum
}
type wrappedL1 common . L1Tx
// SortFields implements TxSortFielder
func ( tx * wrappedL1 ) SortFields ( ) txSortFields {
return txSortFields {
BatchNum : tx . BatchNum ,
Position : tx . Position ,
}
type testTxsResponse struct {
Txs [ ] testTx ` json:"transactions" `
PendingItems uint64 ` json:"pendingItems" `
}
// L1 implements TxSortFielder
func ( tx * wrappedL1 ) L1 ( ) * common . L1Tx {
l1tx := common . L1Tx ( * tx )
return & l1tx
func ( t testTxsResponse ) GetPending ( ) ( pendingItems , lastItemID uint64 ) {
pendingItems = t . PendingItems
lastItemID = t . Txs [ len ( t . Txs ) - 1 ] . ItemID
return pendingItems , lastItemID
}
// L2 implements TxSortFielder
func ( tx * wrappedL1 ) L2 ( ) * common . L2Tx { return nil }
type wrappedL2 common . L2Tx
// SortFields implements TxSortFielder
func ( tx * wrappedL2 ) SortFields ( ) txSortFields {
return txSortFields {
BatchNum : & tx . BatchNum ,
Position : tx . Position ,
}
func ( t testTxsResponse ) Len ( ) int {
return len ( t . Txs )
}
// L1 implements TxSortFielder
func ( tx * wrappedL2 ) L1 ( ) * common . L1Tx { return nil }
// L2 implements TxSortFielder
func ( tx * wrappedL2 ) L2 ( ) * common . L2Tx {
l2tx := common . L2Tx ( * tx )
return & l2tx
}
func ( t testTxsResponse ) New ( ) Pendinger { return & testTxsResponse { } }
func genTestTxs (
genericTxs [ ] txSortFielder ,
usrIdxs [ ] string ,
l1s [ ] common . L1Tx ,
l2s [ ] common . L2Tx ,
accs [ ] common . Account ,
tokens [ ] historydb . TokenWithUSD ,
blocks [ ] common . Block ,
) ( usrTxs [ ] testTx , allTxs [ ] testTx ) {
usrTxs = [ ] testTx { }
allTxs = [ ] testTx { }
isUsrTx := func ( tx testTx ) bool {
for _ , idx := range usrIdxs {
if tx . FromIdx != nil && * tx . FromIdx == idx {
return true
}
if tx . ToIdx == idx {
return true
}
) [ ] testTx {
txs := [ ] testTx { }
// common.L1Tx ==> testTx
for _ , l1 := range l1s {
token := getTokenByID ( l1 . TokenID , tokens )
// l1.FromEthAddr and l1.FromBJJ can't be nil
fromEthAddr := string ( apitypes . NewHezEthAddr ( l1 . FromEthAddr ) )
fromBJJ := string ( apitypes . NewHezBJJ ( l1 . FromBJJ ) )
tx := testTx {
IsL1 : "L1" ,
TxID : l1 . TxID ,
Type : l1 . Type ,
Position : l1 . Position ,
FromEthAddr : & fromEthAddr ,
FromBJJ : & fromBJJ ,
ToIdx : idxToHez ( l1 . ToIdx , token . Symbol ) ,
Amount : l1 . Amount . String ( ) ,
BatchNum : l1 . BatchNum ,
Timestamp : getTimestamp ( l1 . EthBlockNum , blocks ) ,
L1Info : & testL1Info {
ToForgeL1TxsNum : l1 . ToForgeL1TxsNum ,
UserOrigin : l1 . UserOrigin ,
LoadAmount : l1 . LoadAmount . String ( ) ,
EthBlockNum : l1 . EthBlockNum ,
} ,
Token : token ,
}
return false
}
for _ , genericTx := range genericTxs {
l1 := genericTx . L1 ( )
l2 := genericTx . L2 ( )
if l1 != nil { // L1Tx to testTx
token := getTokenByID ( l1 . TokenID , tokens )
// l1.FromEthAddr and l1.FromBJJ can't be nil
fromEthAddr := string ( apitypes . NewHezEthAddr ( l1 . FromEthAddr ) )
fromBJJ := string ( apitypes . NewHezBJJ ( l1 . FromBJJ ) )
tx := testTx {
IsL1 : "L1" ,
TxID : l1 . TxID ,
Type : l1 . Type ,
Position : l1 . Position ,
FromEthAddr : & fromEthAddr ,
FromBJJ : & fromBJJ ,
ToIdx : idxToHez ( l1 . ToIdx , token . Symbol ) ,
Amount : l1 . Amount . String ( ) ,
BatchNum : l1 . BatchNum ,
Timestamp : getTimestamp ( l1 . EthBlockNum , blocks ) ,
L1Info : & testL1Info {
ToForgeL1TxsNum : l1 . ToForgeL1TxsNum ,
UserOrigin : l1 . UserOrigin ,
LoadAmount : l1 . LoadAmount . String ( ) ,
EthBlockNum : l1 . EthBlockNum ,
} ,
Token : token ,
}
// If FromIdx is not nil
if l1 . FromIdx != 0 {
idxStr := idxToHez ( l1 . FromIdx , token . Symbol )
tx . FromIdx = & idxStr
}
// If tx has a normal ToIdx (>255), set FromEthAddr and FromBJJ
if l1 . ToIdx >= common . UserThreshold {
// find account
for _ , acc := range accs {
if l1 . ToIdx == acc . Idx {
toEthAddr := string ( apitypes . NewHezEthAddr ( acc . EthAddr ) )
tx . ToEthAddr = & toEthAddr
toBJJ := string ( apitypes . NewHezBJJ ( acc . PublicKey ) )
tx . ToBJJ = & toBJJ
break
}
// set BatchNum for user txs
if tx . L1Info . ToForgeL1TxsNum != nil {
// WARNING: this is an asumption, and the test input data can brake it easily
bn := common . BatchNum ( * tx . L1Info . ToForgeL1TxsNum + 2 )
tx . BatchNum = & bn
}
// If FromIdx is not nil
idxStr := idxToHez ( l1 . FromIdx , token . Symbol )
tx . FromIdx = & idxStr
// If tx has a normal ToIdx (>255), set FromEthAddr and FromBJJ
if l1 . ToIdx >= common . UserThreshold {
// find account
for _ , acc := range accs {
if l1 . ToIdx == acc . Idx {
toEthAddr := string ( apitypes . NewHezEthAddr ( acc . EthAddr ) )
tx . ToEthAddr = & toEthAddr
toBJJ := string ( apitypes . NewHezBJJ ( acc . PublicKey ) )
tx . ToBJJ = & toBJJ
break
}
}
// If the token has USD value setted
if token . USD != nil {
af := new ( big . Float ) . SetInt ( l1 . Amount )
amountFloat , _ := af . Float64 ( )
usd := * token . USD * amountFloat / math . Pow ( 10 , float64 ( token . Decimals ) )
}
// If the token has USD value setted
if token . USD != nil {
af := new ( big . Float ) . SetInt ( l1 . Amount )
amountFloat , _ := af . Float64 ( )
usd := * token . USD * amountFloat / math . Pow ( 10 , float64 ( token . Decimals ) )
if usd != 0 {
tx . HistoricUSD = & usd
laf := new ( big . Float ) . SetInt ( l1 . LoadAmount )
loadAmountFloat , _ := laf . Float64 ( )
loadUSD := * token . USD * loadAmountFloat / math . Pow ( 10 , float64 ( token . Decimals ) )
tx . L1Info . HistoricLoadAmountUSD = & loadUSD
}
allTxs = append ( allTxs , tx )
if isUsrTx ( tx ) {
usrTxs = append ( usrTxs , tx )
}
} else { // L2Tx to testTx
token := getTokenByIdx ( l2 . FromIdx , tokens , accs )
// l1.FromIdx can't be nil
fromIdx := idxToHez ( l2 . FromIdx , token . Symbol )
tx := testTx {
IsL1 : "L2" ,
TxID : l2 . TxID ,
Type : l2 . Type ,
Position : l2 . Position ,
ToIdx : idxToHez ( l2 . ToIdx , token . Symbol ) ,
FromIdx : & fromIdx ,
Amount : l2 . Amount . String ( ) ,
BatchNum : & l2 . BatchNum ,
Timestamp : getTimestamp ( l2 . EthBlockNum , blocks ) ,
L2Info : & testL2Info {
Nonce : l2 . Nonce ,
Fee : l2 . Fee ,
} ,
Token : token ,
laf := new ( big . Float ) . SetInt ( l1 . LoadAmount )
loadAmountFloat , _ := laf . Float64 ( )
loadUSD := * token . USD * loadAmountFloat / math . Pow ( 10 , float64 ( token . Decimals ) )
if loadAmountFloat != 0 {
tx . L1Info . HistoricLoadAmountUSD = & loadUSD
}
// If FromIdx is not nil
if l2 . FromIdx != 0 {
idxStr := idxToHez ( l2 . FromIdx , token . Symbol )
tx . FromIdx = & idxStr
}
txs = append ( txs , tx )
}
// common.L2Tx ==> testTx
for i := 0 ; i < len ( l2s ) ; i ++ {
token := getTokenByIdx ( l2s [ i ] . FromIdx , tokens , accs )
// l1.FromIdx can't be nil
fromIdx := idxToHez ( l2s [ i ] . FromIdx , token . Symbol )
tx := testTx {
IsL1 : "L2" ,
TxID : l2s [ i ] . TxID ,
Type : l2s [ i ] . Type ,
Position : l2s [ i ] . Position ,
ToIdx : idxToHez ( l2s [ i ] . ToIdx , token . Symbol ) ,
FromIdx : & fromIdx ,
Amount : l2s [ i ] . Amount . String ( ) ,
BatchNum : & l2s [ i ] . BatchNum ,
Timestamp : getTimestamp ( l2s [ i ] . EthBlockNum , blocks ) ,
L2Info : & testL2Info {
Nonce : l2s [ i ] . Nonce ,
Fee : l2s [ i ] . Fee ,
} ,
Token : token ,
}
// If FromIdx is not nil
if l2s [ i ] . FromIdx != 0 {
idxStr := idxToHez ( l2s [ i ] . FromIdx , token . Symbol )
tx . FromIdx = & idxStr
}
// Set FromEthAddr and FromBJJ (FromIdx it's always >255)
for _ , acc := range accs {
if l2s [ i ] . FromIdx == acc . Idx {
fromEthAddr := string ( apitypes . NewHezEthAddr ( acc . EthAddr ) )
tx . FromEthAddr = & fromEthAddr
fromBJJ := string ( apitypes . NewHezBJJ ( acc . PublicKey ) )
tx . FromBJJ = & fromBJJ
break
}
// Set FromEthAddr and FromBJJ (FromIdx it's always >255)
}
// If tx has a normal ToIdx (>255), set FromEthAddr and FromBJJ
if l2s [ i ] . ToIdx >= common . UserThreshold {
// find account
for _ , acc := range accs {
if l2 . ToIdx == acc . Idx {
fromEthAddr := string ( apitypes . NewHezEthAddr ( acc . EthAddr ) )
tx . FromEthAddr = & fromEthAddr
fromBJJ := string ( apitypes . NewHezBJJ ( acc . PublicKey ) )
tx . FromBJJ = & fromBJJ
if l2s [ i ] . ToIdx == acc . Idx {
to EthAddr:= string ( apitypes . NewHezEthAddr ( acc . EthAddr ) )
tx . ToEthAddr = & to EthAddr
to BJJ:= string ( apitypes . NewHezBJJ ( acc . PublicKey ) )
tx . ToBJJ = & to BJJ
break
}
}
// If tx has a normal ToIdx (>255), set FromEthAddr and FromBJJ
if l2 . ToIdx >= common . UserThreshold {
// find account
for _ , acc := range accs {
if l2 . ToIdx == acc . Idx {
toEthAddr := string ( apitypes . NewHezEthAddr ( acc . EthAddr ) )
tx . ToEthAddr = & toEthAddr
toBJJ := string ( apitypes . NewHezBJJ ( acc . PublicKey ) )
tx . ToBJJ = & toBJJ
break
}
}
}
// If the token has USD value setted
if token . USD != nil {
af := new ( big . Float ) . SetInt ( l2 . Amount )
amountFloat , _ := af . Float64 ( )
usd := * token . USD * amountFloat / math . Pow ( 10 , float64 ( token . Decimals ) )
tx . HistoricUSD = & usd
feeUSD := usd * l2 . Fee . Percentage ( )
}
// If the token has USD value setted
if token . USD != nil {
af := new ( big . Float ) . SetInt ( l2s [ i ] . Amount )
amountFloat , _ := af . Float64 ( )
usd := * token . USD * amountFloat / math . Pow ( 10 , float64 ( token . Decimals ) )
if usd != 0 {
tx . HistoricUSD = & usd
tx . L2Info . HistoricFeeUSD = & feeUSD
}
allTxs = append ( allTxs , tx )
if isUsrTx ( tx ) {
usrTxs = append ( usrTxs , tx )
feeUSD := usd * l2s [ i ] . Fee . Percentage ( )
if feeUSD != 0 {
tx . L2Info . HistoricFeeUSD = & feeUSD
}
}
}
txs = append ( txs , tx )
}
return usrTxs , allTxs
// Sort txs
sortedTxs := txsSort ( txs )
sort . Sort ( sortedTxs )
return [ ] testTx ( sortedTxs )
}
func TestGetHistoryTxs ( t * testing . T ) {
@ -310,32 +259,44 @@ func TestGetHistoryTxs(t *testing.T) {
path := fmt . Sprintf ( "%s?limit=%d&fromItem=" , endpoint , limit )
err := doGoodReqPaginated ( path , historydb . OrderAsc , & testTxsResponse { } , appendIter )
assert . NoError ( t , err )
assertTxs ( t , tc . allTxs , fetchedTxs )
// Uncomment once tx generation for tests is fixed
// // Get by ethAddr
// fetchedTxs = []testTx{}
// limit = 7
// path = fmt.Sprintf(
// "%s?hermezEthereumAddress=%s&limit=%d&fromItem=",
// endpoint, tc.usrAddr, limit,
// )
// err = doGoodReqPaginated(path, historydb.OrderAsc, &testTxsResponse{}, appendIter)
// assert.NoError(t, err)
// assertTxs(t, tc.usrTxs, fetchedTxs)
// // Get by bjj
// fetchedTxs = []testTx{}
// limit = 6
// path = fmt.Sprintf(
// "%s?BJJ=%s&limit=%d&fromItem=",
// endpoint, tc.usrBjj, limit,
// )
// err = doGoodReqPaginated(path, historydb.OrderAsc, &testTxsResponse{}, appendIter)
// assert.NoError(t, err)
// assertTxs(t, tc.usrTxs, fetchedTxs)
assertTxs ( t , tc . txs , fetchedTxs )
// Get by ethAddr
account := tc . accounts [ 2 ]
fetchedTxs = [ ] testTx { }
limit = 7
path = fmt . Sprintf (
"%s?hermezEthereumAddress=%s&limit=%d&fromItem=" ,
endpoint , account . EthAddr , limit ,
)
err = doGoodReqPaginated ( path , historydb . OrderAsc , & testTxsResponse { } , appendIter )
assert . NoError ( t , err )
accountTxs := [ ] testTx { }
for i := 0 ; i < len ( tc . txs ) ; i ++ {
tx := tc . txs [ i ]
if ( tx . FromIdx != nil && * tx . FromIdx == string ( account . Idx ) ) ||
tx . ToIdx == string ( account . Idx ) ||
( tx . FromEthAddr != nil && * tx . FromEthAddr == string ( account . EthAddr ) ) ||
( tx . ToEthAddr != nil && * tx . ToEthAddr == string ( account . EthAddr ) ) ||
( tx . FromBJJ != nil && * tx . FromBJJ == string ( account . PublicKey ) ) ||
( tx . ToBJJ != nil && * tx . ToBJJ == string ( account . PublicKey ) ) {
accountTxs = append ( accountTxs , tx )
}
}
assertTxs ( t , accountTxs , fetchedTxs )
// Get by bjj
fetchedTxs = [ ] testTx { }
limit = 6
path = fmt . Sprintf (
"%s?BJJ=%s&limit=%d&fromItem=" ,
endpoint , account . PublicKey , limit ,
)
err = doGoodReqPaginated ( path , historydb . OrderAsc , & testTxsResponse { } , appendIter )
assert . NoError ( t , err )
assertTxs ( t , accountTxs , fetchedTxs )
// Get by tokenID
fetchedTxs = [ ] testTx { }
limit = 5
tokenID := tc . allTxs [ 0 ] . Token . TokenID
tokenID := tc . t xs[ 0 ] . Token . TokenID
path = fmt . Sprintf (
"%s?tokenId=%d&limit=%d&fromItem=" ,
endpoint , tokenID , limit ,
@ -343,34 +304,46 @@ func TestGetHistoryTxs(t *testing.T) {
err = doGoodReqPaginated ( path , historydb . OrderAsc , & testTxsResponse { } , appendIter )
assert . NoError ( t , err )
tokenIDTxs := [ ] testTx { }
for i := 0 ; i < len ( tc . allT xs) ; i ++ {
if tc . allT xs[ i ] . Token . TokenID == tokenID {
tokenIDTxs = append ( tokenIDTxs , tc . allT xs[ i ] )
for i := 0 ; i < len ( tc . t xs) ; i ++ {
if tc . t xs[ i ] . Token . TokenID == tokenID {
tokenIDTxs = append ( tokenIDTxs , tc . t xs[ i ] )
}
}
assertTxs ( t , tokenIDTxs , fetchedTxs )
// // idx
// fetchedTxs = []testTx{}
// limit = 4
idx := tc . allTxs [ 0 ] . ToIdx
// path = fmt.Sprintf(
// "%s?accountIndex=%s&limit=%d&fromItem=",
// endpoint, idx, limit,
// )
// err = doGoodReqPaginated(path, historydb.OrderAsc, &testTxsResponse{}, appendIter)
// assert.NoError(t, err)
// idxTxs := []testTx{}
// for i := 0; i < len(tc.allTxs); i++ {
// if (tc.allTxs[i].FromIdx != nil && (*tc.allTxs[i].FromIdx)[6:] == idx[6:]) ||
// tc.allTxs[i].ToIdx[6:] == idx[6:] {
// idxTxs = append(idxTxs, tc.allTxs[i])
// }
// }
// assertHistoryTxAPIs(t, idxTxs, fetchedTxs)
// idx
fetchedTxs = [ ] testTx { }
limit = 4
idxStr := tc . txs [ 0 ] . ToIdx
idx , err := stringToIdx ( idxStr , "" )
assert . NoError ( t , err )
path = fmt . Sprintf (
"%s?accountIndex=%s&limit=%d&fromItem=" ,
endpoint , idxStr , limit ,
)
err = doGoodReqPaginated ( path , historydb . OrderAsc , & testTxsResponse { } , appendIter )
assert . NoError ( t , err )
idxTxs := [ ] testTx { }
for i := 0 ; i < len ( tc . txs ) ; i ++ {
var fromIdx * common . Idx
if tc . txs [ i ] . FromIdx != nil {
fromIdx , err = stringToIdx ( * tc . txs [ i ] . FromIdx , "" )
assert . NoError ( t , err )
if * fromIdx == * idx {
idxTxs = append ( idxTxs , tc . txs [ i ] )
continue
}
}
toIdx , err := stringToIdx ( ( tc . txs [ i ] . ToIdx ) , "" )
assert . NoError ( t , err )
if * toIdx == * idx {
idxTxs = append ( idxTxs , tc . txs [ i ] )
}
}
assertTxs ( t , idxTxs , fetchedTxs )
// batchNum
fetchedTxs = [ ] testTx { }
limit = 3
batchNum := tc . allTxs [ 0 ] . BatchNum
batchNum := tc . t xs[ 0 ] . BatchNum
path = fmt . Sprintf (
"%s?batchNum=%d&limit=%d&fromItem=" ,
endpoint , * batchNum , limit ,
@ -378,26 +351,24 @@ func TestGetHistoryTxs(t *testing.T) {
err = doGoodReqPaginated ( path , historydb . OrderAsc , & testTxsResponse { } , appendIter )
assert . NoError ( t , err )
batchNumTxs := [ ] testTx { }
for i := 0 ; i < len ( tc . allT xs) ; i ++ {
if tc . allT xs[ i ] . BatchNum != nil &&
* tc . allT xs[ i ] . BatchNum == * batchNum {
batchNumTxs = append ( batchNumTxs , tc . allT xs[ i ] )
for i := 0 ; i < len ( tc . t xs) ; i ++ {
if tc . t xs[ i ] . BatchNum != nil &&
* tc . t xs[ i ] . BatchNum == * batchNum {
batchNumTxs = append ( batchNumTxs , tc . t xs[ i ] )
}
}
assertTxs ( t , batchNumTxs , fetchedTxs )
// type
txTypes := [ ] common . TxType {
// Uncomment once test gen is fixed
// common.TxTypeExit,
// common.TxTypeTransfer,
// common.TxTypeDeposit,
common . TxTypeExit ,
common . TxTypeTransfer ,
common . TxTypeDeposit ,
common . TxTypeCreateAccountDeposit ,
// common.TxTypeCreateAccountDepositTransfer,
// common.TxTypeDepositTransfer,
common . TxTypeCreateAccountDepositTransfer ,
common . TxTypeDepositTransfer ,
common . TxTypeForceTransfer ,
// common.TxTypeForceExit,
// common.TxTypeTransferToEthAddr,
// common.TxTypeTransferToBJJ,
common . TxTypeForceExit ,
}
for _ , txType := range txTypes {
fetchedTxs = [ ] testTx { }
@ -409,9 +380,9 @@ func TestGetHistoryTxs(t *testing.T) {
err = doGoodReqPaginated ( path , historydb . OrderAsc , & testTxsResponse { } , appendIter )
assert . NoError ( t , err )
txTypeTxs := [ ] testTx { }
for i := 0 ; i < len ( tc . allT xs) ; i ++ {
if tc . allT xs[ i ] . Type == txType {
txTypeTxs = append ( txTypeTxs , tc . allT xs[ i ] )
for i := 0 ; i < len ( tc . t xs) ; i ++ {
if tc . t xs[ i ] . Type == txType {
txTypeTxs = append ( txTypeTxs , tc . t xs[ i ] )
}
}
assertTxs ( t , txTypeTxs , fetchedTxs )
@ -426,10 +397,10 @@ func TestGetHistoryTxs(t *testing.T) {
err = doGoodReqPaginated ( path , historydb . OrderAsc , & testTxsResponse { } , appendIter )
assert . NoError ( t , err )
mixedTxs := [ ] testTx { }
for i := 0 ; i < len ( tc . allT xs) ; i ++ {
if tc . allT xs[ i ] . BatchNum != nil {
if * tc . allT xs[ i ] . BatchNum == * batchNum && tc . allT xs[ i ] . Token . TokenID == tokenID {
mixedTxs = append ( mixedTxs , tc . allT xs[ i ] )
for i := 0 ; i < len ( tc . t xs) ; i ++ {
if tc . t xs[ i ] . BatchNum != nil {
if * tc . t xs[ i ] . BatchNum == * batchNum && tc . t xs[ i ] . Token . TokenID == tokenID {
mixedTxs = append ( mixedTxs , tc . t xs[ i ] )
}
}
}
@ -441,14 +412,14 @@ func TestGetHistoryTxs(t *testing.T) {
err = doGoodReqPaginated ( path , historydb . OrderDesc , & testTxsResponse { } , appendIter )
assert . NoError ( t , err )
flipedTxs := [ ] testTx { }
for i := 0 ; i < len ( tc . allT xs) ; i ++ {
flipedTxs = append ( flipedTxs , tc . allT xs[ len ( tc . allT xs) - 1 - i ] )
for i := 0 ; i < len ( tc . t xs) ; i ++ {
flipedTxs = append ( flipedTxs , tc . t xs[ len ( tc . t xs) - 1 - i ] )
}
assertTxs ( t , flipedTxs , fetchedTxs )
// 400
path = fmt . Sprintf (
"%s?accountIndex=%s&hermezEthereumAddress=%s" ,
endpoint , idx , tc . usr Addr,
endpoint , idx , account . Eth Addr,
)
err = doBadReq ( "GET" , path , nil , 400 )
assert . NoError ( t , err )
@ -468,13 +439,13 @@ func TestGetHistoryTx(t *testing.T) {
// Get all txs by their ID
endpoint := apiURL + "transactions-history/"
fetchedTxs := [ ] testTx { }
for _ , tx := range tc . allT xs{
for _ , tx := range tc . t xs{
fetchedTx := testTx { }
err := doGoodReq ( "GET" , endpoint + tx . TxID . String ( ) , nil , & fetchedTx )
assert . NoError ( t , err )
fetchedTxs = append ( fetchedTxs , fetchedTx )
}
assertTxs ( t , tc . allT xs, fetchedTxs )
assertTxs ( t , tc . t xs, fetchedTxs )
// 400
err := doBadReq ( "GET" , endpoint + "0x001" , nil , 400 )
assert . NoError ( t , err )
@ -486,12 +457,15 @@ func TestGetHistoryTx(t *testing.T) {
func assertTxs ( t * testing . T , expected , actual [ ] testTx ) {
require . Equal ( t , len ( expected ) , len ( actual ) )
for i := 0 ; i < len ( actual ) ; i ++ { //nolint len(actual) won't change within the loop
assert . Equal ( t , expected [ i ] . BatchNum , actual [ i ] . BatchNum )
assert . Equal ( t , expected [ i ] . Position , actual [ i ] . Position )
actual [ i ] . ItemID = 0
actual [ i ] . Token . ItemID = 0
assert . Equal ( t , expected [ i ] . Timestamp . Unix ( ) , actual [ i ] . Timestamp . Unix ( ) )
expected [ i ] . Timestamp = actual [ i ] . Timestamp
if expected [ i ] . Token . USDUpdate == nil {
assert . Equal ( t , expected [ i ] . Token . USDUpdate , actual [ i ] . Token . USDUpdate )
expected [ i ] . Token . USDUpdate = actual [ i ] . Token . USDUpdate
} else {
assert . Equal ( t , expected [ i ] . Token . USDUpdate . Unix ( ) , actual [ i ] . Token . USDUpdate . Unix ( ) )
expected [ i ] . Token . USDUpdate = actual [ i ] . Token . USDUpdate
Arnau B
3 years ago