Documentation ¶
Overview ¶
Package integration holds test-only code for running tests on an integrated system of the CT personality and a Trillian log.
Index ¶
- Variables
- func CertsFromPEM(data []byte) []ct.ASN1Cert
- func GetChain(dir, path string) ([]ct.ASN1Cert, error)
- func HammerCTLog(cfg HammerConfig) error
- func MakeSigner(testdir string) (crypto.Signer, error)
- func RunCTIntegrationForLog(cfg *configpb.LogConfig, servers, metricsServers, testdir string, ...) error
- type CTLogEnv
- type ClientPool
- type HammerBias
- type HammerConfig
- type RandomPool
Constants ¶
This section is empty.
Variables ¶
var Verifier = merkletree.NewMerkleVerifier(func(data []byte) []byte { hash := sha256.Sum256(data) return hash[:] })
Verifier is used to verify Merkle tree calculations.
Functions ¶
func CertsFromPEM ¶
CertsFromPEM loads X.509 certificates from the provided PEM-encoded data.
func HammerCTLog ¶
func HammerCTLog(cfg HammerConfig) error
HammerCTLog performs load/stress operations according to given config.
func MakeSigner ¶
MakeSigner creates a signer using the private key in the test directory.
func RunCTIntegrationForLog ¶
func RunCTIntegrationForLog(cfg *configpb.LogConfig, servers, metricsServers, testdir string, mmd time.Duration, stats *logStats) error
RunCTIntegrationForLog tests against the log with configuration cfg, with a set of comma-separated server addresses given by servers, assuming that testdir holds a variety of test data files.
Types ¶
type CTLogEnv ¶
type CTLogEnv struct { CTAddr string // contains filtered or unexported fields }
CTLogEnv is a test environment that contains both a log server and a CT personality connected to it.
func NewCTLogEnv ¶
func NewCTLogEnv(ctx context.Context, cfgs []*configpb.LogConfig, numSequencers int, testID string) (*CTLogEnv, error)
NewCTLogEnv creates a fresh DB, log server, and CT personality. testID should be unique to each unittest package so as to allow parallel tests. Created logIDs will be set to cfgs.
type ClientPool ¶
type ClientPool interface { // Next returns the next LogClient instance to be used. Next() *client.LogClient }
ClientPool describes an entity which produces LogClient instances.
func NewRandomPool ¶
NewRandomPool creates a pool which returns a random client from list of servers.
type HammerBias ¶
type HammerBias struct { Bias map[ctfe.EntrypointName]int // InvalidChance gives the odds of performing an invalid operation, as the N in 1-in-N. InvalidChance map[ctfe.EntrypointName]int // contains filtered or unexported fields }
HammerBias indicates the bias for selecting different log operations.
func (HammerBias) Choose ¶
func (hb HammerBias) Choose() ctfe.EntrypointName
Choose randomly picks an operation to perform according to the biases.
func (HammerBias) Invalid ¶
func (hb HammerBias) Invalid(ep ctfe.EntrypointName) bool
Invalid randomly chooses whether an operation should be invalid.
type HammerConfig ¶
type HammerConfig struct { // Configuration for the log. LogCfg *configpb.LogConfig // How to create process-wide metrics. MetricFactory monitoring.MetricFactory // Maximum merge delay. MMD time.Duration // Leaf certificate chain to use as template. LeafChain []ct.ASN1Cert // Parsed leaf certificate to use as template. LeafCert *x509.Certificate // Intermediate CA certificate chain to use as re-signing CA. CACert *x509.Certificate Signer crypto.Signer // ClientPool provides the clients used to make requests. ClientPool ClientPool // Bias values to favor particular log operations EPBias HammerBias // Number of operations to perform. Operations uint64 // MaxParallelChains sets the upper limit for the number of parallel // add-*-chain requests to make when the biasing model says to perfom an add. MaxParallelChains int // EmitInterval defines how frequently stats are logged. EmitInterval time.Duration // IgnoreErrors controls whether a hammer run fails immediately on any error. IgnoreErrors bool }
HammerConfig provides configuration for a stress/load test.
type RandomPool ¶
RandomPool holds a collection of CT LogClient instances.
func (RandomPool) Next ¶
func (p RandomPool) Next() *client.LogClient
Next picks a random client from the pool.