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305 lines
8.6 KiB
305 lines
8.6 KiB
package v2
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import (
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"testing"
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"github.com/stretchr/testify/assert"
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tmState "github.com/tendermint/tendermint/state"
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"github.com/tendermint/tendermint/types"
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)
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// pcBlock is a test helper structure with simple types. Its purpose is to help with test readability.
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type pcBlock struct {
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pid string
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height int64
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}
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// params is a test structure used to create processor state.
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type params struct {
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height int64
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items []pcBlock
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blocksSynced int
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verBL []int64
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appBL []int64
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draining bool
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}
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// makePcBlock makes an empty block.
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func makePcBlock(height int64) *types.Block {
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return &types.Block{Header: types.Header{Height: height}}
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}
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// makeState takes test parameters and creates a specific processor state.
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func makeState(p *params) *pcState {
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var (
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tmState = tmState.State{LastBlockHeight: p.height}
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context = newMockProcessorContext(tmState, p.verBL, p.appBL)
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)
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state := newPcState(context)
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for _, item := range p.items {
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state.enqueue(types.NodeID(item.pid), makePcBlock(item.height), item.height)
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}
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state.blocksSynced = p.blocksSynced
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state.draining = p.draining
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return state
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}
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func mBlockResponse(peerID types.NodeID, height int64) scBlockReceived {
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return scBlockReceived{
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peerID: peerID,
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block: makePcBlock(height),
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}
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}
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type pcFsmMakeStateValues struct {
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currentState *params
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event Event
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wantState *params
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wantNextEvent Event
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wantErr error
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wantPanic bool
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}
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type testFields struct {
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name string
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steps []pcFsmMakeStateValues
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}
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func executeProcessorTests(t *testing.T, tests []testFields) {
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for _, tt := range tests {
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tt := tt
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t.Run(tt.name, func(t *testing.T) {
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var state *pcState
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for _, step := range tt.steps {
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defer func() {
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r := recover()
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if (r != nil) != step.wantPanic {
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t.Errorf("recover = %v, wantPanic = %v", r, step.wantPanic)
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}
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}()
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// First step must always initialize the currentState as state.
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if step.currentState != nil {
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state = makeState(step.currentState)
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}
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if state == nil {
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panic("Bad (initial?) step")
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}
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nextEvent, err := state.handle(step.event)
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t.Log(state)
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assert.Equal(t, step.wantErr, err)
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assert.Equal(t, makeState(step.wantState), state)
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assert.Equal(t, step.wantNextEvent, nextEvent)
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// Next step may use the wantedState as their currentState.
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state = makeState(step.wantState)
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}
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})
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}
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}
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func TestRProcessPeerError(t *testing.T) {
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tests := []testFields{
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{
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name: "error for existing peer",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{items: []pcBlock{{"P1", 1}, {"P2", 2}}},
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event: scPeerError{peerID: "P2"},
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wantState: ¶ms{items: []pcBlock{{"P1", 1}}},
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wantNextEvent: noOp,
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},
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},
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},
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{
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name: "error for unknown peer",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{items: []pcBlock{{"P1", 1}, {"P2", 2}}},
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event: scPeerError{peerID: "P3"},
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wantState: ¶ms{items: []pcBlock{{"P1", 1}, {"P2", 2}}},
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wantNextEvent: noOp,
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},
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},
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},
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}
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executeProcessorTests(t, tests)
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}
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func TestPcBlockResponse(t *testing.T) {
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tests := []testFields{
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{
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name: "add one block",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{}, event: mBlockResponse("P1", 1),
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wantState: ¶ms{items: []pcBlock{{"P1", 1}}}, wantNextEvent: noOp,
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},
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},
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},
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{
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name: "add two blocks",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{}, event: mBlockResponse("P1", 3),
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wantState: ¶ms{items: []pcBlock{{"P1", 3}}}, wantNextEvent: noOp,
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},
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{ // use previous wantState as currentState,
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event: mBlockResponse("P1", 4),
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wantState: ¶ms{items: []pcBlock{{"P1", 3}, {"P1", 4}}}, wantNextEvent: noOp,
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},
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},
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},
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}
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executeProcessorTests(t, tests)
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}
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func TestRProcessBlockSuccess(t *testing.T) {
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tests := []testFields{
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{
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name: "noop - no blocks over current height",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{}, event: rProcessBlock{},
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wantState: ¶ms{}, wantNextEvent: noOp,
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},
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},
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},
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{
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name: "noop - high new blocks",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{height: 5, items: []pcBlock{{"P1", 30}, {"P2", 31}}}, event: rProcessBlock{},
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wantState: ¶ms{height: 5, items: []pcBlock{{"P1", 30}, {"P2", 31}}}, wantNextEvent: noOp,
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},
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},
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},
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{
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name: "blocks H+1 and H+2 present",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{items: []pcBlock{{"P1", 1}, {"P2", 2}}}, event: rProcessBlock{},
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wantState: ¶ms{height: 1, items: []pcBlock{{"P2", 2}}, blocksSynced: 1},
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wantNextEvent: pcBlockProcessed{height: 1, peerID: "P1"},
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},
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},
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},
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{
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name: "blocks H+1 and H+2 present after draining",
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steps: []pcFsmMakeStateValues{
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{ // some contiguous blocks - on stop check draining is set
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currentState: ¶ms{items: []pcBlock{{"P1", 1}, {"P2", 2}, {"P1", 4}}},
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event: scFinishedEv{},
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wantState: ¶ms{items: []pcBlock{{"P1", 1}, {"P2", 2}, {"P1", 4}}, draining: true},
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wantNextEvent: noOp,
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},
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{
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event: rProcessBlock{},
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wantState: ¶ms{height: 1, items: []pcBlock{{"P2", 2}, {"P1", 4}}, blocksSynced: 1, draining: true},
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wantNextEvent: pcBlockProcessed{height: 1, peerID: "P1"},
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},
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{ // finish when H+1 or/and H+2 are missing
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event: rProcessBlock{},
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wantState: ¶ms{height: 1, items: []pcBlock{{"P2", 2}, {"P1", 4}}, blocksSynced: 1, draining: true},
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wantNextEvent: pcFinished{tmState: tmState.State{LastBlockHeight: 1}, blocksSynced: 1},
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},
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},
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},
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}
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executeProcessorTests(t, tests)
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}
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func TestRProcessBlockFailures(t *testing.T) {
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tests := []testFields{
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{
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name: "blocks H+1 and H+2 present from different peers - H+1 verification fails ",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{items: []pcBlock{{"P1", 1}, {"P2", 2}}, verBL: []int64{1}}, event: rProcessBlock{},
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wantState: ¶ms{items: []pcBlock{}, verBL: []int64{1}},
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wantNextEvent: pcBlockVerificationFailure{height: 1, firstPeerID: "P1", secondPeerID: "P2"},
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},
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},
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},
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{
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name: "blocks H+1 and H+2 present from same peer - H+1 applyBlock fails ",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{items: []pcBlock{{"P1", 1}, {"P2", 2}}, appBL: []int64{1}}, event: rProcessBlock{},
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wantState: ¶ms{items: []pcBlock{}, appBL: []int64{1}}, wantPanic: true,
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},
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},
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},
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{
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name: "blocks H+1 and H+2 present from same peers - H+1 verification fails ",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{height: 0, items: []pcBlock{{"P1", 1}, {"P1", 2}, {"P2", 3}},
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verBL: []int64{1}}, event: rProcessBlock{},
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wantState: ¶ms{height: 0, items: []pcBlock{{"P2", 3}}, verBL: []int64{1}},
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wantNextEvent: pcBlockVerificationFailure{height: 1, firstPeerID: "P1", secondPeerID: "P1"},
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},
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},
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},
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{
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name: "blocks H+1 and H+2 present from different peers - H+1 applyBlock fails ",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{items: []pcBlock{{"P1", 1}, {"P2", 2}, {"P2", 3}}, appBL: []int64{1}},
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event: rProcessBlock{},
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wantState: ¶ms{items: []pcBlock{{"P2", 3}}, appBL: []int64{1}}, wantPanic: true,
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},
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},
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},
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}
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executeProcessorTests(t, tests)
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}
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func TestScFinishedEv(t *testing.T) {
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tests := []testFields{
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{
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name: "no blocks",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{height: 100, items: []pcBlock{}, blocksSynced: 100}, event: scFinishedEv{},
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wantState: ¶ms{height: 100, items: []pcBlock{}, blocksSynced: 100},
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wantNextEvent: pcFinished{tmState: tmState.State{LastBlockHeight: 100}, blocksSynced: 100},
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},
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},
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},
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{
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name: "maxHeight+1 block present",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{height: 100, items: []pcBlock{
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{"P1", 101}}, blocksSynced: 100}, event: scFinishedEv{},
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wantState: ¶ms{height: 100, items: []pcBlock{{"P1", 101}}, blocksSynced: 100},
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wantNextEvent: pcFinished{tmState: tmState.State{LastBlockHeight: 100}, blocksSynced: 100},
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},
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},
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},
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{
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name: "more blocks present",
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steps: []pcFsmMakeStateValues{
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{
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currentState: ¶ms{height: 100, items: []pcBlock{
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{"P1", 101}, {"P1", 102}}, blocksSynced: 100}, event: scFinishedEv{},
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wantState: ¶ms{height: 100, items: []pcBlock{
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{"P1", 101}, {"P1", 102}}, blocksSynced: 100, draining: true},
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wantNextEvent: noOp,
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wantErr: nil,
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},
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},
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},
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}
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executeProcessorTests(t, tests)
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}
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