cosmos-sdk/x/stake/handler_test.go

package stake

//import (
//"strconv"
//"testing"

//"github.com/stretchr/testify/assert"
//"github.com/stretchr/testify/require"

//crypto "github.com/tendermint/go-crypto"

//sdk "github.com/cosmos/cosmos-sdk/types"
//)

////______________________________________________________________________

//func newTestMsgDeclareCandidacy(address sdk.Address, pubKey crypto.PubKey, amt int64) MsgDeclareCandidacy {
//return MsgDeclareCandidacy{
//Description:   Description{},
//CandidateAddr: address,
//Bond:          sdk.Coin{"fermion", amt},
//PubKey:        pubKey,
//}
//}

//func newTestMsgDelegate(amt int64, delegatorAddr, candidateAddr sdk.Address) MsgDelegate {
//return MsgDelegate{
//DelegatorAddr: delegatorAddr,
//CandidateAddr: candidateAddr,
//Bond:          sdk.Coin{"fermion", amt},
//}
//}

//func TestDuplicatesMsgDeclareCandidacy(t *testing.T) {
//ctxDeliver, _, keeper := createTestInput(t, addrs[0], false, 1000)
//ctxCheck, _, keeper := createTestInput(t, addrs[0], true, 1000)

//msgDeclareCandidacy := newTestMsgDeclareCandidacy(addrs[0], pks[0], 10)
//got := deliverer.declareCandidacy(msgDeclareCandidacy)
//assert.NoError(t, got, "expected no error on runMsgDeclareCandidacy")

//// one sender can bond to two different addresses
//msgDeclareCandidacy.Address = addrs[1]
//err := checker.declareCandidacy(msgDeclareCandidacy)
//assert.Nil(t, err, "didn't expected error on checkTx")

//// two addrs cant bond to the same pubkey
//checker.sender = addrs[1]
//msgDeclareCandidacy.Address = addrs[0]
//err = checker.declareCandidacy(msgDeclareCandidacy)
//assert.NotNil(t, err, "expected error on checkTx")
//}

//func TestIncrementsMsgDelegate(t *testing.T) {
//_, _, mapper, deliverer := createTestInput(t, addrs[0], false, 1000)

//// first declare candidacy
//bondAmount := int64(10)
//msgDeclareCandidacy := newTestMsgDeclareCandidacy(addrs[0], pks[0], bondAmount)
//got := deliverer.declareCandidacy(msgDeclareCandidacy)
//assert.NoError(t, got, "expected declare candidacy msg to be ok, got %v", got)
//expectedBond := bondAmount // 1 since we send 1 at the start of loop,

//// just send the same msgbond multiple times
//msgDelegate := newTestMsgDelegate(bondAmount, addrs[0])
//for i := 0; i < 5; i++ {
//got := deliverer.delegate(msgDelegate)
//assert.NoError(t, got, "expected msg %d to be ok, got %v", i, got)

////Check that the accounts and the bond account have the appropriate values
//candidates := mapper.getCandidates()
//expectedBond += bondAmount
////expectedSender := initSender - expectedBond
//gotBonded := candidates[0].Liabilities.Evaluate()
////gotSender := accStore[string(deliverer.sender)] //XXX use StoreMapper
//assert.Equal(t, expectedBond, gotBonded, "i: %v, %v, %v", i, expectedBond, gotBonded)
////assert.Equal(t, expectedSender, gotSender, "i: %v, %v, %v", i, expectedSender, gotSender) // XXX fix
//}
//}

//func TestIncrementsMsgUnbond(t *testing.T) {
//_, _, mapper, deliverer := createTestInput(t, addrs[0], false, 0)

//// set initial bond
//initBond := int64(1000)
////accStore[string(deliverer.sender)] = initBond //XXX use StoreMapper
//got := deliverer.declareCandidacy(newTestMsgDeclareCandidacy(addrs[0], pks[0], initBond))
//assert.NoError(t, got, "expected initial bond msg to be ok, got %v", got)

//// just send the same msgunbond multiple times
//// XXX use decimals here
//unbondShares, unbondSharesStr := int64(10), "10"
//msgUndelegate := NewMsgUnbond(addrs[0], unbondSharesStr)
//nUnbonds := 5
//for i := 0; i < nUnbonds; i++ {
//got := deliverer.unbond(msgUndelegate)
//assert.NoError(t, got, "expected msg %d to be ok, got %v", i, got)

////Check that the accounts and the bond account have the appropriate values
//candidates := mapper.getCandidates()
//expectedBond := initBond - int64(i+1)*unbondShares // +1 since we send 1 at the start of loop
////expectedSender := initSender + (initBond - expectedBond)
//gotBonded := candidates[0].Liabilities.Evaluate()
////gotSender := accStore[string(deliverer.sender)] // XXX use storemapper

//assert.Equal(t, expectedBond, gotBonded, "%v, %v", expectedBond, gotBonded)
////assert.Equal(t, expectedSender, gotSender, "%v, %v", expectedSender, gotSender) //XXX fix
//}

//// these are more than we have bonded now
//errorCases := []int64{
////1<<64 - 1, // more than int64
////1<<63 + 1, // more than int64
//1<<63 - 1,
//1 << 31,
//initBond,
//}
//for _, c := range errorCases {
//unbondShares := strconv.Itoa(int(c))
//msgUndelegate := NewMsgUnbond(addrs[0], unbondShares)
//got = deliverer.unbond(msgUndelegate)
//assert.Error(t, got, "expected unbond msg to fail")
//}

//leftBonded := initBond - unbondShares*int64(nUnbonds)

//// should be unable to unbond one more than we have
//msgUndelegate = NewMsgUnbond(addrs[0], strconv.Itoa(int(leftBonded)+1))
//got = deliverer.unbond(msgUndelegate)
//assert.Error(t, got, "expected unbond msg to fail")

//// should be able to unbond just what we have
//msgUndelegate = NewMsgUnbond(addrs[0], strconv.Itoa(int(leftBonded)))
//got = deliverer.unbond(msgUndelegate)
//assert.NoError(t, got, "expected unbond msg to pass")
//}

//func TestMultipleMsgDeclareCandidacy(t *testing.T) {
//initSender := int64(1000)
//ctx, accStore, mapper, deliverer := createTestInput(t, addrs[0], false, initSender)
//addrs := []sdk.Address{addrs[0], addrs[1], addrs[2]}

//// bond them all
//for i, addr := range addrs {
//msgDeclareCandidacy := newTestMsgDeclareCandidacy(addrs[i], pks[i], 10)
//deliverer.sender = addr
//got := deliverer.declareCandidacy(msgDeclareCandidacy)
//assert.NoError(t, got, "expected msg %d to be ok, got %v", i, got)

////Check that the account is bonded
//candidates := mapper.getCandidates()
//require.Equal(t, i, len(candidates))
//val := candidates[i]
//balanceExpd := initSender - 10
//balanceGot := accStore.GetAccount(ctx, val.Address).GetCoins()
//assert.Equal(t, i+1, len(candidates), "expected %d candidates got %d, candidates: %v", i+1, len(candidates), candidates)
//assert.Equal(t, 10, int(val.Liabilities.Evaluate()), "expected %d shares, got %d", 10, val.Liabilities)
//assert.Equal(t, balanceExpd, balanceGot, "expected account to have %d, got %d", balanceExpd, balanceGot)
//}

//// unbond them all
//for i, addr := range addrs {
//candidatePre := mapper.getCandidate(addrs[i])
//msgUndelegate := NewMsgUnbond(addrs[i], "10")
//deliverer.sender = addr
//got := deliverer.unbond(msgUndelegate)
//assert.NoError(t, got, "expected msg %d to be ok, got %v", i, got)

////Check that the account is unbonded
//candidates := mapper.getCandidates()
//assert.Equal(t, len(addrs)-(i+1), len(candidates), "expected %d candidates got %d", len(addrs)-(i+1), len(candidates))

//candidatePost := mapper.getCandidate(addrs[i])
//balanceExpd := initSender
//balanceGot := accStore.GetAccount(ctx, candidatePre.Address).GetCoins()
//assert.Nil(t, candidatePost, "expected nil candidate retrieve, got %d", 0, candidatePost)
//assert.Equal(t, balanceExpd, balanceGot, "expected account to have %d, got %d", balanceExpd, balanceGot)
//}
//}

//func TestMultipleMsgDelegate(t *testing.T) {
//sender, delegators := addrs[0], addrs[1:]
//_, _, mapper, deliverer := createTestInput(t, addrs[0], false, 1000)

////first make a candidate
//msgDeclareCandidacy := newTestMsgDeclareCandidacy(sender, pks[0], 10)
//got := deliverer.declareCandidacy(msgDeclareCandidacy)
//require.NoError(t, got, "expected msg to be ok, got %v", got)

//// delegate multiple parties
//for i, delegator := range delegators {
//msgDelegate := newTestMsgDelegate(10, sender)
//deliverer.sender = delegator
//got := deliverer.delegate(msgDelegate)
//require.NoError(t, got, "expected msg %d to be ok, got %v", i, got)

////Check that the account is bonded
//bond := mapper.getDelegatorBond(delegator, sender)
//assert.NotNil(t, bond, "expected delegatee bond %d to exist", bond)
//}

//// unbond them all
//for i, delegator := range delegators {
//msgUndelegate := NewMsgUnbond(sender, "10")
//deliverer.sender = delegator
//got := deliverer.unbond(msgUndelegate)
//require.NoError(t, got, "expected msg %d to be ok, got %v", i, got)

////Check that the account is unbonded
//bond := mapper.getDelegatorBond(delegator, sender)
//assert.Nil(t, bond, "expected delegatee bond %d to be nil", bond)
//}
//}

//func TestVoidCandidacy(t *testing.T) {
//sender, delegator := addrs[0], addrs[1]
//_, _, _, deliverer := createTestInput(t, addrs[0], false, 1000)

//// create the candidate
//msgDeclareCandidacy := newTestMsgDeclareCandidacy(addrs[0], pks[0], 10)
//got := deliverer.declareCandidacy(msgDeclareCandidacy)
//require.NoError(t, got, "expected no error on runMsgDeclareCandidacy")

//// bond a delegator
//msgDelegate := newTestMsgDelegate(10, addrs[0])
//deliverer.sender = delegator
//got = deliverer.delegate(msgDelegate)
//require.NoError(t, got, "expected ok, got %v", got)

//// unbond the candidates bond portion
//msgUndelegate := NewMsgUnbond(addrs[0], "10")
//deliverer.sender = sender
//got = deliverer.unbond(msgUndelegate)
//require.NoError(t, got, "expected no error on runMsgDeclareCandidacy")

//// test that this pubkey cannot yet be bonded too
//deliverer.sender = delegator
//got = deliverer.delegate(msgDelegate)
//assert.Error(t, got, "expected error, got %v", got)

//// test that the delegator can still withdraw their bonds
//got = deliverer.unbond(msgUndelegate)
//require.NoError(t, got, "expected no error on runMsgDeclareCandidacy")

//// verify that the pubkey can now be reused
//got = deliverer.declareCandidacy(msgDeclareCandidacy)
//assert.NoError(t, got, "expected ok, got %v", got)
//}