cltest

package
v0.0.0-...-3674750 Latest Latest
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 Go to latest Published: Feb 19, 2024 License: MIT Imports: 90 Imported by: 0

Documentation

Overview

Importing cltest should only be for top level black box (X_test package) integration tests, for example testing against the Application object itself. Consider using a smaller scoped package: utils or testutils/* if possible.

Index

Constants

View Source 
const (
	// Collection of test fixture DB user emails per role
	APIEmailAdmin    = "apiuser@erinaceus.test"
	APIEmailEdit     = "apiuser-edit@erinaceus.test"
	APIEmailRun      = "apiuser-run@erinaceus.test"
	APIEmailViewOnly = "apiuser-view-only@erinaceus.test"
	// Password just a password we use everywhere for testing
	Password = testutils.Password
	// SessionSecret is the hardcoded secret solely used for test
	SessionSecret = "clsession_test_secret"
	// DefaultPeerID is the peer ID of the default p2p key
	// Private key seed of test keys created with `big.NewInt(1)`, representations of value present in `scrub_logs` script
	KeyBigIntSeed = 1
)
View Source 
const (
	// DBPollingInterval can't be too short to avoid DOSing the test database
	DBPollingInterval = 100 * time.Millisecond
	// AssertNoActionTimeout shouldn't be too long, or it will slow down tests
	AssertNoActionTimeout = 3 * time.Second
)
View Source 
const (
	UseRealExternalInitiatorManager = "UseRealExternalInitiatorManager"
)

Variables

View Source 
var (
	FixtureChainID = *testutils.FixtureChainID

	DefaultCSAKey        = csakey.MustNewV2XXXTestingOnly(big.NewInt(KeyBigIntSeed))
	DefaultVRFKey        = vrfkey.MustNewV2XXXTestingOnly(big.NewInt(KeyBigIntSeed))
	DefaultDKGSignKey    = dkgsignkey.MustNewXXXTestingOnly(big.NewInt(KeyBigIntSeed))
	DefaultDKGEncryptKey = dkgencryptkey.MustNewXXXTestingOnly(big.NewInt(KeyBigIntSeed))
)

Functions

func AllExternalInitiators 

func AllExternalInitiators(t testing.TB, db *sqlx.DB) []bridges.ExternalInitiator

func AssertCount 

func AssertCount(t *testing.T, db *sqlx.DB, tableName string, expected int64)

func AssertCountStays 

func AssertCountStays(t testing.TB, db *sqlx.DB, tableName string, want int64)

func AssertError 

func AssertError(t testing.TB, want bool, err error)

func AssertEthTxAttemptCountStays 

func AssertEthTxAttemptCountStays(t testing.TB, txStore txmgr.TestEvmTxStore, want int) []int64

AssertEthTxAttemptCountStays asserts that the number of tx attempts remains at the provided value

func AssertPipelineRunsStays 

func AssertPipelineRunsStays(t testing.TB, pipelineSpecID int32, db *sqlx.DB, want int) []pipeline.Run

AssertPipelineRunsStays asserts that the number of pipeline runs for a particular job remains at the provided values

func AssertRecordEventually 

func AssertRecordEventually(t *testing.T, db *sqlx.DB, model interface{}, stmt string, check func() bool)

func AssertServerResponse 

func AssertServerResponse(t testing.TB, resp *http.Response, expectedStatusCode int)

AssertServerResponse is used to match against a client response, will print any errors returned if the request fails.

func AwaitJobActive 

func AwaitJobActive(t testing.TB, jobSpawner job.Spawner, jobID int32, waitFor time.Duration)

func BatchElemMatchesParams 

func BatchElemMatchesParams(req rpc.BatchElem, arg interface{}, method string) bool

func BatchElemMustMatchParams 

func BatchElemMustMatchParams(t *testing.T, req rpc.BatchElem, hash common.Hash, method string)

func CallbackOrTimeout 

func CallbackOrTimeout(t testing.TB, msg string, callback func(), durationParams ...time.Duration)

func ClearDBTables 

func ClearDBTables(t *testing.T, db *sqlx.DB, tables ...string)

ClearDBTables deletes all rows from the given tables

func CreateExternalInitiatorViaWeb 

func CreateExternalInitiatorViaWeb(
	t testing.TB,
	app *TestApplication,
	payload string,
) *webpresenters.ExternalInitiatorAuthentication

CreateExternalInitiatorViaWeb creates a bridgetype via web using /v2/bridge_types

func CreateJobRunViaExternalInitiatorV2 

func CreateJobRunViaExternalInitiatorV2(
	t testing.TB,
	app *TestApplication,
	jobID uuid.UUID,
	eia auth.Token,
	body string,
) webpresenters.PipelineRunResource

func CreateJobRunViaUser 

func CreateJobRunViaUser(
	t testing.TB,
	app *TestApplication,
	jobID uuid.UUID,
	body string,
) webpresenters.PipelineRunResource

func CreateJobViaWeb 

func CreateJobViaWeb(t testing.TB, app *TestApplication, request []byte) job.Job

func CreateJobViaWeb2 

func CreateJobViaWeb2(t testing.TB, app *TestApplication, spec string) webpresenters.JobResource

func DecodeSessionCookie 

func DecodeSessionCookie(value string) (string, error)

func DeleteJobViaWeb 

func DeleteJobViaWeb(t testing.TB, app *TestApplication, jobID int32)

func DynamicFeeTransactionsFromTipCaps 

func DynamicFeeTransactionsFromTipCaps(tipCaps ...int64) []evmtypes.Transaction

DynamicFeeTransactionsFromTipCaps returns EIP-1559 transactions with the given TipCaps (FeeCap is arbitrary)

func DynamicFeeTransactionsFromTipCapsTxType 

func DynamicFeeTransactionsFromTipCapsTxType(code evmtypes.TxType, tipCaps ...int64) []evmtypes.Transaction

func EmptyCLIContext 

func EmptyCLIContext() *cli.Context

func EventuallyExpectationsMet 

func EventuallyExpectationsMet(t *testing.T, mock testifyExpectationsAsserter, timeout time.Duration, interval time.Duration)

func GetLogs 

func GetLogs(t *testing.T, rv interface{}, logs EthereumLogIterator) []interface{}

GetLogs drains logs of EVM log representations. Since those log representations don't fit into a type hierarchy, this API is a bit awkward. It returns the logs as a slice of blank interface{}s, and if rv is non-nil, it must be a pointer to a slice for elements of the same type as the logs, in which case GetLogs will append the logs to it. 

func Head(val interface{}) *evmtypes.Head

Head given the value convert it into an Head

func HeadWithHash 

func HeadWithHash(n int64, hash common.Hash) *evmtypes.Head

func JSONFromBytes 

func JSONFromBytes(t testing.TB, body []byte) models.JSON

JSONFromBytes creates JSON from a given byte array

func JSONFromFixture 

func JSONFromFixture(t *testing.T, path string) models.JSON

JSONFromFixture create models.JSON from file path

func JSONFromString 

func JSONFromString(t testing.TB, body string, args ...interface{}) models.JSON

JSONFromString create JSON from given body and arguments

func LegacyTransactionsFromGasPrices 

func LegacyTransactionsFromGasPrices(gasPrices ...int64) []evmtypes.Transaction

LegacyTransactionsFromGasPrices returns transactions matching the given gas prices

func LegacyTransactionsFromGasPricesTxType 

func LegacyTransactionsFromGasPricesTxType(code evmtypes.TxType, gasPrices ...int64) []evmtypes.Transaction

func LogFromFixture 

func LogFromFixture(t *testing.T, path string) types.Log

LogFromFixture create ethtypes.log from file path

func Mine 

func Mine(backend *backends.SimulatedBackend, blockTime time.Duration) (stopMining func())

Mine forces the simulated backend to produce a new block every X seconds

func MockApplicationEthCalls 

func MockApplicationEthCalls(t *testing.T, app *TestApplication, ethClient *evmclimocks.Client, sub *commonmocks.Subscription)

MockApplicationEthCalls mocks all calls made by the chainlink application as standard when starting and stopping

func MustCreateBridge 

func MustCreateBridge(t testing.TB, db *sqlx.DB, opts BridgeOpts, cfg pg.QConfig) (bta *bridges.BridgeTypeAuthentication, bt *bridges.BridgeType)

MustCreateBridge creates a bridge Be careful not to specify a name here unless you ABSOLUTELY need to This is because name is a unique index and identical names used across transactional tests will lock/deadlock

func MustGenerateRandomKey 

func MustGenerateRandomKey(t testing.TB) ethkey.KeyV2

func MustGenerateRandomKeyState 

func MustGenerateRandomKeyState(_ testing.TB) ethkey.State

func MustGenerateSessionCookie 

func MustGenerateSessionCookie(t testing.TB, value string) *http.Cookie

func MustInsertConfirmedEthTxWithLegacyAttempt 

func MustInsertConfirmedEthTxWithLegacyAttempt(t *testing.T, txStore txmgr.TestEvmTxStore, nonce int64, broadcastBeforeBlockNum int64, fromAddress common.Address) txmgr.Tx

func MustInsertExternalInitiator 

func MustInsertExternalInitiator(t *testing.T, orm bridges.ORM) (ei bridges.ExternalInitiator)

func MustInsertExternalInitiatorWithOpts 

func MustInsertExternalInitiatorWithOpts(t *testing.T, orm bridges.ORM, opts ExternalInitiatorOpts) (ei bridges.ExternalInitiator)

func MustInsertHead 

func MustInsertHead(t *testing.T, db *sqlx.DB, cfg pg.QConfig, number int64) evmtypes.Head

func MustInsertPipelineRun 

func MustInsertPipelineRun(t *testing.T, db *sqlx.DB) (run pipeline.Run)

func MustInsertPipelineRunWithStatus 

func MustInsertPipelineRunWithStatus(t *testing.T, db *sqlx.DB, pipelineSpecID int32, status pipeline.RunStatus) (run pipeline.Run)

func MustInsertPipelineSpec 

func MustInsertPipelineSpec(t *testing.T, db *sqlx.DB) (spec pipeline.Spec)

func MustInsertRandomKey 

func MustInsertRandomKey(t testing.TB, keystore keystore.Eth, chainIDs ...ubig.Big) (ethkey.KeyV2, common.Address)

MustInsertRandomKey inserts a randomly generated (not cryptographically secure) key for testing. By default, it is enabled for the fixture chain. Pass chainIDs to override. Use MustInsertRandomKeyNoChains for a key associate with no chains.

func MustInsertRandomKeyNoChains 

func MustInsertRandomKeyNoChains(t testing.TB, keystore keystore.Eth) (ethkey.KeyV2, common.Address)

func MustInsertRandomKeyReturningState 

func MustInsertRandomKeyReturningState(t testing.TB, keystore keystore.Eth) (ethkey.State, common.Address)

func MustInsertUnconfirmedEthTx 

func MustInsertUnconfirmedEthTx(t *testing.T, txStore txmgr.TestEvmTxStore, nonce int64, fromAddress common.Address, opts ...interface{}) txmgr.Tx

func MustInsertUnconfirmedEthTxWithBroadcastLegacyAttempt 

func MustInsertUnconfirmedEthTxWithBroadcastLegacyAttempt(t *testing.T, txStore txmgr.TestEvmTxStore, nonce int64, fromAddress common.Address, opts ...interface{}) txmgr.Tx

func MustInsertUnfinishedPipelineTaskRun 

func MustInsertUnfinishedPipelineTaskRun(t *testing.T, db *sqlx.DB, pipelineRunID int64) (tr pipeline.TaskRun)

func MustInsertWebhookSpec 

func MustInsertWebhookSpec(t *testing.T, db *sqlx.DB) (job.Job, job.WebhookSpec)

func MustJSONMarshal 

func MustJSONMarshal(t *testing.T, val interface{}) string

func MustParseDuration 

func MustParseDuration(t testing.TB, durationStr string) time.Duration

func MustParseURL 

func MustParseURL(t testing.TB, input string) *url.URL

func MustRandomBytes 

func MustRandomBytes(t *testing.T, l int) (b []byte)

func MustRandomUser 

func MustRandomUser(t testing.TB) sessions.User

MustRandomUser inserts a new admin user with a random email into the test DB

func MustReadFile 

func MustReadFile(t testing.TB, file string) []byte

MustReadFile loads a file but should never fail

func MustWebURL 

func MustWebURL(t *testing.T, s string) *models.WebURL

func NewBridgeType 

func NewBridgeType(t testing.TB, opts BridgeOpts) (*bridges.BridgeTypeAuthentication, *bridges.BridgeType)

NewBridgeType create new bridge type given info slice

func NewContractMockReceiver 

func NewContractMockReceiver(t *testing.T, ethMock *evmclimocks.Client, abi abi.ABI, address common.Address) contractMockReceiver

func NewDynamicFeeEthTxAttempt 

func NewDynamicFeeEthTxAttempt(t *testing.T, etxID int64) txmgr.TxAttempt

func NewEIP55Address 

func NewEIP55Address() ethkey.EIP55Address

func NewEthMocks 

func NewEthMocks(t testing.TB) *evmclimocks.Client

func NewEthMocksWithDefaultChain 

func NewEthMocksWithDefaultChain(t testing.TB) (c *evmclimocks.Client)

func NewEthMocksWithStartupAssertions 

func NewEthMocksWithStartupAssertions(t testing.TB) *evmclimocks.Client

func NewEthMocksWithTransactionsOnBlocksAssertions 

func NewEthMocksWithTransactionsOnBlocksAssertions(t testing.TB) *evmclimocks.Client

NewEthMocksWithTransactionsOnBlocksAssertions sets an Eth mock with transactions on blocks

func NewEthTx 

func NewEthTx(fromAddress common.Address) txmgr.Tx

func NewHTTPMockServer 

func NewHTTPMockServer(
	t *testing.T,
	status int,
	wantMethod string,
	response string,
	callback ...func(http.Header, string),
) *httptest.Server

NewHTTPMockServer create http test server with passed in parameters

func NewHTTPMockServerWithAlterableResponse 

func NewHTTPMockServerWithAlterableResponse(
	t *testing.T, response func() string) (server *httptest.Server)

func NewHTTPMockServerWithAlterableResponseAndRequest 

func NewHTTPMockServerWithAlterableResponseAndRequest(t *testing.T, response func() string, callback func(r *http.Request)) (server *httptest.Server)

func NewHTTPMockServerWithRequest 

func NewHTTPMockServerWithRequest(
	t *testing.T,
	status int,
	response string,
	callback func(r *http.Request),
) *httptest.Server

NewHTTPMockServerWithRequest creates http test server that makes the request available in the callback

func NewKeyStore 

func NewKeyStore(t testing.TB, db *sqlx.DB, cfg pg.QConfig) keystore.Master

NewKeyStore returns a new, unlocked keystore

func NewLegacyChainsWithChain 

func NewLegacyChainsWithChain(ch legacyevm.Chain, cfg legacyevm.AppConfig) legacyevm.LegacyChainContainer

func NewLegacyChainsWithMockChain 

func NewLegacyChainsWithMockChain(t testing.TB, ethClient evmclient.Client, cfg legacyevm.AppConfig) legacyevm.LegacyChainContainer

func NewLegacyChainsWithMockChainAndTxManager 

func NewLegacyChainsWithMockChainAndTxManager(t testing.TB, ethClient evmclient.Client, cfg legacyevm.AppConfig, txm txmgr.TxManager) legacyevm.LegacyChainContainer

func NewLegacyEthTxAttempt 

func NewLegacyEthTxAttempt(t *testing.T, etxID int64) txmgr.TxAttempt

func NewLegacyTransaction 

func NewLegacyTransaction(nonce uint64, to common.Address, value *big.Int, gasLimit uint32, gasPrice *big.Int, data []byte) *types.Transaction

func NewMockAuthenticatedHTTPClient 

func NewMockAuthenticatedHTTPClient(lggr logger.Logger, cfg cmd.ClientOpts, sessionID string) cmd.HTTPClient

func NewRandomPositiveInt64 

func NewRandomPositiveInt64() int64

func NewSession 

func NewSession(optionalSessionID ...string) clsessions.Session

func NewSimulatedBackend 

func NewSimulatedBackend(t *testing.T, alloc core.GenesisAlloc, gasLimit uint32) *backends.SimulatedBackend

func NewTestChainScopedConfig 

func NewTestChainScopedConfig(t testing.TB) evmconfig.ChainScopedConfig

func NewTestTxStore 

func NewTestTxStore(t *testing.T, db *sqlx.DB, cfg pg.QConfig) txmgr.TestEvmTxStore

func NewUserWithSession 

func NewUserWithSession(t testing.TB, orm sessions.AuthenticationProvider) sessions.User

func ParseJSON 

func ParseJSON(t testing.TB, body io.Reader) models.JSON

func ParseJSONAPIErrors 

func ParseJSONAPIErrors(t testing.TB, body io.Reader) *models.JSONAPIErrors

func ParseJSONAPIResponse 

func ParseJSONAPIResponse(t testing.TB, resp *http.Response, resource interface{}) error

ParseJSONAPIResponse parses the response and returns the JSONAPI resource.

func ParseJSONAPIResponseMeta 

func ParseJSONAPIResponseMeta(input []byte) (map[string]*json.RawMessage, error)

ParseJSONAPIResponseMeta parses the bytes of the root document and returns a map of *json.RawMessage's within the 'meta' key.

func ParseJSONAPIResponseMetaCount 

func ParseJSONAPIResponseMetaCount(input []byte) (int, error)

ParseJSONAPIResponseMetaCount parses the bytes of the root document and returns the value of the 'count' key from the 'meta' section.

func ParseResponseBody 

func ParseResponseBody(t testing.TB, resp *http.Response) []byte

ParseResponseBody will parse the given response into a byte slice

func RandomLog 

func RandomLog(t *testing.T) types.Log

func RawNewRoundLog 

func RawNewRoundLog(t *testing.T, contractAddr common.Address, blockHash common.Hash, blockNumber uint64, logIndex uint, removed bool) types.Log

func RawNewRoundLogWithTopics 

func RawNewRoundLogWithTopics(t *testing.T, contractAddr common.Address, blockHash common.Hash, blockNumber uint64, logIndex uint, removed bool, topics []common.Hash) types.Log

func RequireTxSuccessful 

func RequireTxSuccessful(t testing.TB, client TransactionReceipter, txHash common.Hash) *types.Receipt

func SimulateIncomingHeads 

func SimulateIncomingHeads(t *testing.T, heads []*evmtypes.Head, headTrackables ...httypes.HeadTrackable) (done chan struct{})

SimulateIncomingHeads spawns a goroutine which sends a stream of heads and closes the returned channel when finished.

func TxReceiptFromFixture 

func TxReceiptFromFixture(t *testing.T, path string) *types.Receipt

TxReceiptFromFixture create ethtypes.log from file path

func UnauthenticatedGet 

func UnauthenticatedGet(t testing.TB, url string, headers map[string]string) (*http.Response, func())

func UnauthenticatedPost 

func UnauthenticatedPost(t testing.TB, url string, body io.Reader, headers map[string]string) (*http.Response, func())

func WaitForCount 

func WaitForCount(t *testing.T, db *sqlx.DB, tableName string, want int64)

func WaitForPipeline 

func WaitForPipeline(t testing.TB, nodeID int, jobID int32, expectedPipelineRuns int, expectedTaskRuns int, jo job.ORM, timeout, poll time.Duration, state pipeline.RunStatus) []pipeline.Run

func WaitForPipelineComplete 

func WaitForPipelineComplete(t testing.TB, nodeID int, jobID int32, expectedPipelineRuns int, expectedTaskRuns int, jo job.ORM, timeout, poll time.Duration) []pipeline.Run

func WaitForPipelineError 

func WaitForPipelineError(t testing.TB, nodeID int, jobID int32, expectedPipelineRuns int, expectedTaskRuns int, jo job.ORM, timeout, poll time.Duration) []pipeline.Run

func WaitForSpecErrorV2 

func WaitForSpecErrorV2(t *testing.T, db *sqlx.DB, jobID int32, count int) []job.SpecError

WaitForSpecErrorV2 polls until the passed in jobID has count number of job spec errors.

func WebURL 

func WebURL(t testing.TB, unparsed string) models.WebURL

WebURL parses a url into a models.WebURL

Types

type Awaiter 

type Awaiter chan struct{}

func NewAwaiter 

func NewAwaiter() Awaiter

func (Awaiter) AssertHappened 

func (a Awaiter) AssertHappened(t *testing.T, expected bool)

func (Awaiter) AwaitOrFail 

func (a Awaiter) AwaitOrFail(t testing.TB, durationParams ...time.Duration)

func (Awaiter) ItHappened 

func (a Awaiter) ItHappened()

type BlockedRunner 

type BlockedRunner struct {
	Done chan struct{}
}

BlockedRunner is a Runner that blocks until its channel is posted to

func (BlockedRunner) Run 

func (r BlockedRunner) Run(context.Context, erinaceus.Application) error

Run runs the blocked runner, doesn't return until the channel is signalled

type Blocks 

type Blocks struct {
	Hashes []common.Hash

	Heads map[int64]*evmtypes.Head
	// contains filtered or unexported fields
}

Blocks - a helper logic to construct a range of linked heads and an ability to fork and create logs from them

func NewBlocks 

func NewBlocks(t *testing.T, numHashes int) *Blocks

func (*Blocks) ForkAt 

func (b *Blocks) ForkAt(t *testing.T, blockNum int64, numHashes int) *Blocks

func (*Blocks) HashesMap 

func (b *Blocks) HashesMap() map[int64]common.Hash

func (*Blocks) Head 

func (b *Blocks) Head(number uint64) *evmtypes.Head

func (*Blocks) LogOnBlockNum 

func (b *Blocks) LogOnBlockNum(i uint64, addr common.Address) types.Log

func (*Blocks) LogOnBlockNumRemoved 

func (b *Blocks) LogOnBlockNumRemoved(i uint64, addr common.Address) types.Log

func (*Blocks) LogOnBlockNumWithIndex 

func (b *Blocks) LogOnBlockNumWithIndex(i uint64, logIndex uint, addr common.Address) types.Log

func (*Blocks) LogOnBlockNumWithIndexRemoved 

func (b *Blocks) LogOnBlockNumWithIndexRemoved(i uint64, logIndex uint, addr common.Address) types.Log

func (*Blocks) LogOnBlockNumWithTopics 

func (b *Blocks) LogOnBlockNumWithTopics(i uint64, logIndex uint, addr common.Address, topics []common.Hash) types.Log

func (*Blocks) NewHead 

func (b *Blocks) NewHead(number uint64) *evmtypes.Head

func (*Blocks) Slice 

func (b *Blocks) Slice(i, j int) []*evmtypes.Head

Slice returns a slice of heads from number i to j. Set j < 0 for all remaining.

type BridgeOpts 

type BridgeOpts struct {
	Name string
	URL  string
}

type EmptyRunner 

type EmptyRunner struct{}

EmptyRunner is an EmptyRunner

func (EmptyRunner) Run 

func (r EmptyRunner) Run(context.Context, erinaceus.Application) error

Run runs the empty runner

type EthereumLogIterator 

type EthereumLogIterator interface{ Next() bool }

EthereumLogIterator is the interface provided by gethwrapper representations of EVM logs.

type ExternalInitiatorOpts 

type ExternalInitiatorOpts struct {
	NamePrefix     string
	URL            *models.WebURL
	OutgoingSecret string
	OutgoingToken  string
}

type HTTPClientCleaner 

type HTTPClientCleaner struct {
	HTTPClient cmd.HTTPClient
	// contains filtered or unexported fields
}

func (*HTTPClientCleaner) Delete 

func (r *HTTPClientCleaner) Delete(path string) (*http.Response, func())

func (*HTTPClientCleaner) Get 

func (r *HTTPClientCleaner) Get(path string, headers ...map[string]string) (*http.Response, func())

func (*HTTPClientCleaner) Patch 

func (r *HTTPClientCleaner) Patch(path string, body io.Reader, headers ...map[string]string) (*http.Response, func())

func (*HTTPClientCleaner) Post 

func (r *HTTPClientCleaner) Post(path string, body io.Reader) (*http.Response, func())

func (*HTTPClientCleaner) Put 

func (r *HTTPClientCleaner) Put(path string, body io.Reader) (*http.Response, func())

type HeadBuffer 

type HeadBuffer struct {
	Heads []*evmtypes.Head
	// contains filtered or unexported fields
}

HeadBuffer - stores heads in sequence, with increasing timestamps

func NewHeadBuffer 

func NewHeadBuffer(t *testing.T) *HeadBuffer

func (*HeadBuffer) Append 

func (hb *HeadBuffer) Append(head *evmtypes.Head)

type HeadTrackableFunc 

type HeadTrackableFunc func(context.Context, *evmtypes.Head)

func (HeadTrackableFunc) OnNewLongestChain 

func (fn HeadTrackableFunc) OnNewLongestChain(ctx context.Context, head *evmtypes.Head)

type InstanceAppFactory 

type InstanceAppFactory struct {
	App erinaceus.Application
}

InstanceAppFactory is an InstanceAppFactory

func (InstanceAppFactory) NewApplication 

func (f InstanceAppFactory) NewApplication(context.Context, erinaceus.GeneralConfig, logger.Logger, *sqlx.DB) (erinaceus.Application, error)

NewApplication creates a new application with specified config

type JobPipelineConfig 

type JobPipelineConfig interface {
	pipeline.Config
	MaxSuccessfulRuns() uint64
}

type JobPipelineV2TestHelper 

type JobPipelineV2TestHelper struct {
	Prm pipeline.ORM
	Jrm job.ORM
	Pr  pipeline.Runner
}

func NewJobPipelineV2 

func NewJobPipelineV2(t testing.TB, cfg pipeline.BridgeConfig, jpcfg JobPipelineConfig, dbCfg pg.QConfig, legacyChains legacyevm.LegacyChainContainer, db *sqlx.DB, keyStore keystore.Master, restrictedHTTPClient, unrestrictedHTTPClient *http.Client) JobPipelineV2TestHelper

type MockAPIInitializer 

type MockAPIInitializer struct {
	Count int
	// contains filtered or unexported fields
}

func NewMockAPIInitializer 

func NewMockAPIInitializer(t testing.TB) *MockAPIInitializer

func (*MockAPIInitializer) Initialize 

func (m *MockAPIInitializer) Initialize(orm sessions.BasicAdminUsersORM, lggr logger.Logger) (sessions.User, error)

type MockChangePasswordPrompter 

type MockChangePasswordPrompter struct {
	web.UpdatePasswordRequest
	// contains filtered or unexported fields
}

func (MockChangePasswordPrompter) Prompt 

func (m MockChangePasswordPrompter) Prompt() (web.UpdatePasswordRequest, error)

type MockCookieAuthenticator 

type MockCookieAuthenticator struct {
	SessionID string
	Error     error
	// contains filtered or unexported fields
}

func (MockCookieAuthenticator) Authenticate 

func (m MockCookieAuthenticator) Authenticate(sessions.SessionRequest) (*http.Cookie, error)

func (MockCookieAuthenticator) Cookie 

func (m MockCookieAuthenticator) Cookie() (*http.Cookie, error)

func (MockCookieAuthenticator) Logout 

func (m MockCookieAuthenticator) Logout() error

type MockCountingPrompter 

type MockCountingPrompter struct {
	T              *testing.T
	EnteredStrings []string
	Count          int
	NotTerminal    bool
}

MockCountingPrompter is a mock counting prompt

func (*MockCountingPrompter) IsTerminal 

func (p *MockCountingPrompter) IsTerminal() bool

IsTerminal always returns true in tests

func (*MockCountingPrompter) PasswordPrompt 

func (p *MockCountingPrompter) PasswordPrompt(string) string

PasswordPrompt returns an entered string

func (*MockCountingPrompter) Prompt 

func (p *MockCountingPrompter) Prompt(string) string

Prompt returns an entered string

type MockCron 

type MockCron struct {
	Entries []MockCronEntry
	// contains filtered or unexported fields
}

MockCron represents a mock cron

func (*MockCron) AddFunc 

func (mc *MockCron) AddFunc(schd string, fn func()) (cron.EntryID, error)

AddFunc appends a schedule to mockcron entries

func (*MockCron) RunEntries 

func (mc *MockCron) RunEntries()

RunEntries run every function for each mockcron entry

func (*MockCron) Start 

func (*MockCron) Start()

Start starts the mockcron

func (*MockCron) Stop 

func (*MockCron) Stop() context.Context

Stop stops the mockcron

type MockCronEntry 

type MockCronEntry struct {
	Schedule string
	Function func()
}

MockCronEntry a cron schedule and function

type MockHeadTrackable 

type MockHeadTrackable struct {
	// contains filtered or unexported fields
}

MockHeadTrackable allows you to mock HeadTrackable

func (*MockHeadTrackable) OnNewLongestChain 

func (m *MockHeadTrackable) OnNewLongestChain(context.Context, *evmtypes.Head)

OnNewLongestChain increases the OnNewLongestChainCount count by one

func (*MockHeadTrackable) OnNewLongestChainCount 

func (m *MockHeadTrackable) OnNewLongestChainCount() int32

OnNewLongestChainCount returns the count of new heads, safely.

type MockPasswordPrompter 

type MockPasswordPrompter struct {
	Password string
}

func (MockPasswordPrompter) Prompt 

func (m MockPasswordPrompter) Prompt() string

type MockSecretGenerator 

type MockSecretGenerator struct{}

func (MockSecretGenerator) Generate 

func (m MockSecretGenerator) Generate(string) ([]byte, error)

type MockSessionRequestBuilder 

type MockSessionRequestBuilder struct {
	Count int
	Error error
}

func (*MockSessionRequestBuilder) Build 

func (m *MockSessionRequestBuilder) Build(string) (sessions.SessionRequest, error)

type MockSubscription 

type MockSubscription struct {
	Errors chan error
	// contains filtered or unexported fields
}

MockSubscription a mock subscription

func EmptyMockSubscription 

func EmptyMockSubscription(t testing.TB) *MockSubscription

EmptyMockSubscription return empty MockSubscription

func (*MockSubscription) Err 

func (mes *MockSubscription) Err() <-chan error

Err returns error channel from mes

func (*MockSubscription) Unsubscribe 

func (mes *MockSubscription) Unsubscribe()

Unsubscribe closes the subscription

type NeverSleeper 

type NeverSleeper struct{}

NeverSleeper is a struct that never sleeps

func (NeverSleeper) After 

func (ns NeverSleeper) After() time.Duration

After returns a duration

func (NeverSleeper) Duration 

func (ns NeverSleeper) Duration() time.Duration

Duration returns a duration

func (NeverSleeper) Reset 

func (ns NeverSleeper) Reset()

Reset resets the never sleeper

func (NeverSleeper) Sleep 

func (ns NeverSleeper) Sleep()

Sleep puts the never sleeper to sleep

type RandomKey 

type RandomKey struct {
	Nonce    int64
	Disabled bool
	// contains filtered or unexported fields
}

func (RandomKey) MustInsert 

func (r RandomKey) MustInsert(t testing.TB, keystore keystore.Eth) (ethkey.KeyV2, common.Address)

func (RandomKey) MustInsertWithState 

func (r RandomKey) MustInsertWithState(t testing.TB, keystore keystore.Eth) (ethkey.State, common.Address)

type RendererMock 

type RendererMock struct {
	Renders []interface{}
}

RendererMock a mock renderer

func (*RendererMock) Render 

func (rm *RendererMock) Render(v interface{}, headers ...string) error

Render appends values to renderer mock

type TestApplication 

type TestApplication struct {
	*erinaceus.ChainlinkApplication
	Logger  logger.Logger
	Server  *httptest.Server
	Started bool
	Backend *backends.SimulatedBackend
	Keys    []ethkey.KeyV2
	// contains filtered or unexported fields
}

TestApplication holds the test application and test servers

func NewApplication 

func NewApplication(t testing.TB, flagsAndDeps ...interface{}) *TestApplication

NewApplication creates a New TestApplication along with a NewConfig It mocks the keystore with no keys or accounts by default

func NewApplicationEVMDisabled 

func NewApplicationEVMDisabled(t *testing.T) *TestApplication

NewApplicationEVMDisabled creates a new application with default config but EVM disabled Useful for testing controllers

func NewApplicationWithConfig 

func NewApplicationWithConfig(t testing.TB, cfg erinaceus.GeneralConfig, flagsAndDeps ...interface{}) *TestApplication

NewApplicationWithConfig creates a New TestApplication with specified test config. This should only be used in full integration tests. For controller tests, see NewApplicationEVMDisabled.

func NewApplicationWithConfigAndKey 

func NewApplicationWithConfigAndKey(t testing.TB, c erinaceus.GeneralConfig, flagsAndDeps ...interface{}) *TestApplication

NewApplicationWithConfigAndKey creates a new TestApplication with the given testorm it will also provide an unlocked account on the keystore

func NewApplicationWithConfigV2AndKeyOnSimulatedBlockchain 

func NewApplicationWithConfigV2AndKeyOnSimulatedBlockchain(
	t testing.TB,
	cfg erinaceus.GeneralConfig,
	backend *backends.SimulatedBackend,
	flagsAndDeps ...interface{},
) *TestApplication

NewApplicationWithConfigV2AndKeyOnSimulatedBlockchain is like NewApplicationWithConfigAndKeyOnSimulatedBlockchain but cfg should be v2, and configtest.NewGeneralConfigSimulated used to include the simulated chain (testutils.SimulatedChainID).

func NewApplicationWithConfigV2OnSimulatedBlockchain 

func NewApplicationWithConfigV2OnSimulatedBlockchain(
	t testing.TB,
	cfg erinaceus.GeneralConfig,
	backend *backends.SimulatedBackend,
	flagsAndDeps ...interface{},
) *TestApplication

func NewApplicationWithKey 

func NewApplicationWithKey(t *testing.T, flagsAndDeps ...interface{}) *TestApplication

NewApplicationWithKey creates a new TestApplication along with a new config It uses the native keystore and will load any keys that are in the database

func (*TestApplication) Import 

func (ta *TestApplication) Import(content string)

ImportKey adds private key to the application keystore and database

func (*TestApplication) MustSeedNewSession 

func (ta *TestApplication) MustSeedNewSession(email string) (id string)

func (*TestApplication) NewAuthenticatingShell 

func (ta *TestApplication) NewAuthenticatingShell(prompter cmd.Prompter) *cmd.Shell

func (*TestApplication) NewClientOpts 

func (ta *TestApplication) NewClientOpts() cmd.ClientOpts

func (*TestApplication) NewHTTPClient 

func (ta *TestApplication) NewHTTPClient(user *User) HTTPClientCleaner

func (*TestApplication) NewShellAndRenderer 

func (ta *TestApplication) NewShellAndRenderer() (*cmd.Shell, *RendererMock)

NewShellAndRenderer creates a new cmd.Shell for the test application

func (*TestApplication) Start 

func (ta *TestApplication) Start(ctx context.Context) error

Start starts the chainlink app and registers Stop to clean up at end of test.

func (*TestApplication) Stop 

func (ta *TestApplication) Stop() error

Stop will stop the test application and perform cleanup

type TransactionReceipter 

type TransactionReceipter interface {
	TransactionReceipt(context.Context, common.Hash) (*types.Receipt, error)
}

type User 

type User struct {
	Email string
	Role  clsessions.UserRole
}

Source Files

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Directories

Path Synopsis
Package heavyweight contains test helpers that are costly and you should think **real carefully** before using in your tests.
 Package heavyweight contains test helpers that are costly and you should think **real carefully** before using in your tests.

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