func CTLSAVE_Handler(acMessageCtlReq *AcControlMessageRequest) (acMsgResponse *AcControlMessageResponse, err error) {
var responseType AcControlMessageResponseAcCTLRRespMsgType
responseType = AcControlMessageResponse_CTLR_SAVECTX
reqPassword := acMessageCtlReq.GetPassword()
acutl.DebugLog.Printf("(CALL) SAVECTX '%s'\n", reqPassword)
//func (psk PSKMap) Map2FileBlob(outfilestr string, salt []byte, keystr []byte) (bool, error) {
// TODO: we hardcode the save file
ok, err := ackp.ACmap.Map2File(ackp.AcSaveFile, []byte(reqPassword))
if err != nil || ok != false {
retErr := &acutl.AcError{Value: -1, Msg: "CTLSAVE_Handler().args(outfile, salt, keystr): 0 bytes", Err: nil}
acMsgResponse = &AcControlMessageResponse{
Type: &responseType,
Bada: proto.Bool(false),
ErrorCode: proto.Int32(-1),
}
acutl.DebugLog.Printf("(RET[!]) SAVECTX -> (-1) Map2File failed\n")
return acMsgResponse, retErr
}
acMsgResponse = &AcControlMessageResponse{
Type: &responseType,
Bada: proto.Bool(true),
ErrorCode: proto.Int32(0),
}
acutl.DebugLog.Printf("(RET) SAVECTX -> (0) ! '%s' saved\n", reqPassword)
return acMsgResponse, nil
}
// TODO: Use gauge-go result object rather than ProtoExecutionResult
func executeFunc(fn reflect.Value, args ...interface{}) (res *m.ProtoExecutionResult) {
rargs := make([]reflect.Value, len(args))
for i, a := range args {
rargs[i] = reflect.ValueOf(a)
}
res = &m.ProtoExecutionResult{}
T = &testingT{}
start := time.Now()
defer func() {
if r := recover(); r != nil {
res.ScreenShot = getScreenshot()
res.Failed = proto.Bool(true)
res.ExecutionTime = proto.Int64(time.Since(start).Nanoseconds())
res.StackTrace = proto.String(strings.SplitN(string(debug.Stack()), "\n", 9)[8])
res.ErrorMessage = proto.String(fmt.Sprintf("%s", r))
}
T = &testingT{}
}()
fn.Call(rargs)
res.Failed = proto.Bool(false)
if len(T.errors) != 0 {
res.ScreenShot = getScreenshot()
res.Failed = proto.Bool(true)
res.StackTrace = proto.String(T.getStacktraces())
res.ErrorMessage = proto.String(T.getErrors())
}
res.ExecutionTime = proto.Int64(time.Since(start).Nanoseconds())
return res
}
func TestClientBucketOperations(t *testing.T) {
assert := assert.New(t)
client := NewClient("127.0.0.1:8087", 1)
// SetBucket and GetBucket
setReq := &RpbSetBucketReq{
Bucket: []byte("riago_test"),
Props: &RpbBucketProps{
NVal: proto.Uint32(2),
AllowMult: proto.Bool(false),
LastWriteWins: proto.Bool(true),
},
}
err := client.SetBucket(setReq)
assert.Nil(err)
getReq := &RpbGetBucketReq{
Bucket: []byte("riago_test"),
}
getResp, err := client.GetBucket(getReq)
assert.Nil(err)
assert.Equal(uint32(2), getResp.GetProps().GetNVal())
assert.Equal(false, getResp.GetProps().GetAllowMult())
assert.Equal(true, getResp.GetProps().GetLastWriteWins())
}
func OnCreateDeck(s *Session, body []byte) ([]byte, error) {
req := hsproto.PegasusUtil_CreateDeck{}
err := proto.Unmarshal(body, &req)
if err != nil {
return nil, err
}
deck := Deck{
AccountID: s.Account.ID,
DeckType: int(req.GetDeckType()),
Name: req.GetName(),
HeroID: int32(req.GetHero()),
HeroPremium: int32(req.GetHeroPremium()),
CardBackID: 0,
LastModified: time.Now().UTC(),
}
db.Create(&deck)
res := hsproto.PegasusUtil_DeckCreated{}
info := hsproto.PegasusShared_DeckInfo{}
info.Id = proto.Int64(deck.ID)
info.Name = req.Name
info.DeckType = req.DeckType
info.CardBack = proto.Int32(1)
info.CardBackOverride = proto.Bool(false)
info.Hero = req.Hero
info.HeroPremium = req.HeroPremium
info.HeroOverride = proto.Bool(false)
info.Validity = proto.Uint64(1)
res.Info = &info
return EncodeUtilResponse(217, &res)
}
func (dt *DTable) zmq_status_handler(request *dendrite.ChordMsg, w chan *dendrite.ChordMsg) {
pbMsg := request.TransportMsg.(PBDTableStatus)
dest := dendrite.VnodeFromProtobuf(pbMsg.GetDest())
dest_key_str := fmt.Sprintf("%x", dest.Id)
zmq_transport := dt.transport.(*dendrite.ZMQTransport)
// make sure destination vnode exists locally
_, ok := dt.table[dest_key_str]
setResp := &PBDTableResponse{}
if !ok {
setResp.Ok = proto.Bool(false)
setResp.Error = proto.String("local dtable vnode not found")
} else {
setResp.Ok = proto.Bool(true)
}
// encode and send the response
pbdata, err := proto.Marshal(setResp)
if err != nil {
errorMsg := zmq_transport.NewErrorMsg("ZMQ::DTable::StatusHandler - failed to marshal response - " + err.Error())
w <- errorMsg
return
}
w <- &dendrite.ChordMsg{
Type: PbDtableResponse,
Data: pbdata,
}
return
}
// TODO: error code is not handled properly
func PKDEL_Handler(acMessagePkReq *AcPublicKeyMessageRequest) (acMsgResponse *AcPublicKeyMessageResponse, err error) {
var responseType AcPublicKeyMessageResponseAcPKRespMsgType
responseType = AcPublicKeyMessageResponse_PKR_DEL
// request: type && nick && server -> delete the specific public key
reqNick := acMessagePkReq.GetNick()
reqServ := acMessagePkReq.GetServer()
acutl.DebugLog.Printf("(CALL) PKDEL <- '%s' ! <host> / %s\n", reqNick, reqServ)
if len(reqNick) > 0 && len(reqServ) > 0 { // IS A SPECIFIC NICK REQUESTED ?!?!
//_, ok := Pk[reqNick]
//Pk, ok := ackp.ACmap.GetPKMap(reqServ)
ok := ackp.ACmap.DelPKMapEntry(reqServ, reqNick)
if ok == true {
//delete(Pk, reqNick)
acMsgResponse = &AcPublicKeyMessageResponse{
Type: &responseType,
Bada: proto.Bool(true),
ErrorCode: proto.Int32(0), // no such nickname
}
acutl.DebugLog.Printf("(RET) PKDEL -> (0) ! deleted key\n")
return acMsgResponse, nil
}
}
// XXX TODO: not sure If I should remove all keys or just return error
retErr := &acutl.AcError{Value: -1, Msg: "PKDEL_Handler().reqServ|reqNick: 0 bytes", Err: nil}
acMsgResponse = &AcPublicKeyMessageResponse{
Type: &responseType,
Bada: proto.Bool(false),
ErrorCode: proto.Int32(-1), // no such nickname
}
acutl.DebugLog.Printf("(RET[!]) PKDEL -> (-1) ! missing argument\n")
return acMsgResponse, retErr
}
func (s *Server) handleAppendEntriesRequest(appendRequest *AppendEntriesRequest) *AppendEntriesResponse {
resp := &AppendEntriesResponse{
Term: proto.Int64(s.currentTerm),
Success: proto.Bool(false)}
if s.currentTerm > appendRequest.GetTerm() {
return resp
}
if s.currentTerm < appendRequest.GetTerm() {
s.updateCurrentTerm(appendRequest.GetTerm())
}
if s.log.contains(appendRequest.GetPrevLogIndex(), appendRequest.GetPrevLogTerm()) {
s.log.appendEntries(s, appendRequest.GetPrevLogIndex(), appendRequest.GetEntries())
resp.Success = proto.Bool(true)
if s.leader == noleader {
s.leader = appendRequest.GetLeaderID()
}
if appendRequest.GetCommitIndex() > s.log.commitIndex {
s.log.setCommitIndex(appendRequest.GetCommitIndex(), s.context)
}
s.resetElectionTimeout()
}
return resp
}
func TestStringSave(t *testing.T) {
options := MysqlOptions{
Addr: "localhost:3306",
DB: "kite",
Username: "******",
Password: "",
ShardNum: 4,
BatchUpSize: 100,
BatchDelSize: 100,
FlushPeriod: 10 * time.Millisecond,
MaxIdleConn: 10,
MaxOpenConn: 10}
kiteMysql := NewKiteMysql(options, "localhost")
truncate(kiteMysql)
for i := 0; i < 16; i++ {
//创建消息
msg := &protocol.StringMessage{}
msg.Header = &protocol.Header{
MessageId: proto.String("26c03f00665862591f696a980b5a6" + fmt.Sprintf("%x", i)),
Topic: proto.String("trade"),
MessageType: proto.String("pay-succ"),
ExpiredTime: proto.Int64(time.Now().Add(10 * time.Minute).Unix()),
DeliverLimit: proto.Int32(100),
GroupId: proto.String("go-kite-test"),
Commit: proto.Bool(false),
Fly: proto.Bool(false)}
msg.Body = proto.String("hello world")
innerT(kiteMysql, msg, msg.GetHeader().GetMessageId(), t)
}
kiteMysql.Stop()
}
func doPerRPCCreds(tc testpb.TestServiceClient) {
jsonKey := getServiceAccountJSONKey()
pl := newPayload(testpb.PayloadType_COMPRESSABLE, largeReqSize)
req := &testpb.SimpleRequest{
ResponseType: testpb.PayloadType_COMPRESSABLE.Enum(),
ResponseSize: proto.Int32(int32(largeRespSize)),
Payload: pl,
FillUsername: proto.Bool(true),
FillOauthScope: proto.Bool(true),
}
token := getToken()
kv := map[string]string{"authorization": token.TokenType + " " + token.AccessToken}
ctx := metadata.NewContext(context.Background(), metadata.MD{"authorization": []string{kv["authorization"]}})
reply, err := tc.UnaryCall(ctx, req)
if err != nil {
grpclog.Fatal("/TestService/UnaryCall RPC failed: ", err)
}
user := reply.GetUsername()
scope := reply.GetOauthScope()
if !strings.Contains(string(jsonKey), user) {
grpclog.Fatalf("Got user name %q which is NOT a substring of %q.", user, jsonKey)
}
if !strings.Contains(*oauthScope, scope) {
grpclog.Fatalf("Got OAuth scope %q which is NOT a substring of %q.", scope, *oauthScope)
}
grpclog.Println("PerRPCCreds done")
}
func OnCreateDeck(s *Session, body []byte) *Packet {
req := util.CreateDeck{}
err := proto.Unmarshal(body, &req)
if err != nil {
panic(err)
}
deck := Deck{
AccountID: s.Account.ID,
DeckType: int(req.GetDeckType()),
Name: req.GetName(),
HeroID: int32(req.GetHero()),
HeroPremium: int32(req.GetHeroPremium()),
CardBackID: 0,
LastModified: time.Now().UTC(),
}
db.Create(&deck)
res := util.DeckCreated{}
info := shared.DeckInfo{}
info.Id = proto.Int64(deck.ID)
info.Name = req.Name
info.DeckType = req.DeckType
info.CardBack = proto.Int32(1)
info.CardBackOverride = proto.Bool(false)
info.Hero = req.Hero
info.HeroPremium = req.HeroPremium
info.HeroOverride = proto.Bool(false)
info.Validity = proto.Uint64(1)
res.Info = &info
return EncodePacket(util.DeckCreated_ID, &res)
}
func (executor *specExecutor) executeStep(protoStep *gauge_messages.ProtoStep) bool {
stepRequest := executor.createStepRequest(protoStep)
executor.logger.Debug("Executing Step: %s", formatter.FormatStep(parser.CreateStepFromStepRequest(stepRequest)))
protoStepExecResult := &gauge_messages.ProtoStepExecutionResult{}
executor.currentExecutionInfo.CurrentStep = &gauge_messages.StepInfo{Step: stepRequest, IsFailed: proto.Bool(false)}
beforeHookStatus := executor.executeBeforeStepHook()
if beforeHookStatus.GetFailed() {
protoStepExecResult.PreHookFailure = result.GetProtoHookFailure(beforeHookStatus)
protoStepExecResult.ExecutionResult = &gauge_messages.ProtoExecutionResult{Failed: proto.Bool(true)}
setStepFailure(executor.currentExecutionInfo, executor.logger)
printStatus(beforeHookStatus, executor.logger)
} else {
executeStepMessage := &gauge_messages.Message{MessageType: gauge_messages.Message_ExecuteStep.Enum(), ExecuteStepRequest: stepRequest}
stepExecutionStatus := executeAndGetStatus(executor.runner, executeStepMessage)
if stepExecutionStatus.GetFailed() {
setStepFailure(executor.currentExecutionInfo, executor.logger)
printStatus(stepExecutionStatus, executor.logger)
}
protoStepExecResult.ExecutionResult = stepExecutionStatus
}
afterStepHookStatus := executor.executeAfterStepHook()
addExecutionTimes(protoStepExecResult, beforeHookStatus, afterStepHookStatus)
if afterStepHookStatus.GetFailed() {
setStepFailure(executor.currentExecutionInfo, executor.logger)
printStatus(afterStepHookStatus, executor.logger)
protoStepExecResult.PostHookFailure = result.GetProtoHookFailure(afterStepHookStatus)
protoStepExecResult.ExecutionResult.Failed = proto.Bool(true)
}
protoStepExecResult.Skipped = protoStep.StepExecutionResult.Skipped
protoStepExecResult.SkippedReason = protoStep.StepExecutionResult.SkippedReason
protoStep.StepExecutionResult = protoStepExecResult
return protoStep.GetStepExecutionResult().GetExecutionResult().GetFailed()
}
func CTLLOAD_Handler(acMessageCtlReq *AcControlMessageRequest) (acMsgResponse *AcControlMessageResponse, err error) {
var responseType AcControlMessageResponseAcCTLRRespMsgType
responseType = AcControlMessageResponse_CTLR_LOADCTX
reqPassword := acMessageCtlReq.GetPassword()
acutl.DebugLog.Printf("(CALL) LOADCTX '%s'\n", []byte(reqPassword))
ok, err := ackp.ACmap.File2Map(ackp.AcSaveFile, []byte(reqPassword))
if err != nil || ok != false {
retErr := &acutl.AcError{Value: -1, Msg: "CTLLOAD_Handler().args(outfile, salt, keystr): 0 bytes", Err: nil}
acMsgResponse = &AcControlMessageResponse{
Type: &responseType,
Bada: proto.Bool(false),
ErrorCode: proto.Int32(-1),
}
acutl.DebugLog.Printf("(RET[!]) LOADCTX -> (-1)\n")
return acMsgResponse, retErr
}
acMsgResponse = &AcControlMessageResponse{
Type: &responseType,
Bada: proto.Bool(true),
ErrorCode: proto.Int32(0),
}
acutl.DebugLog.Printf("(RET) LOADCTX -> (0) ! '%s' opened\n", reqPassword)
return acMsgResponse, nil
}
func CTLPING_Handler(acMessageCtlReq *AcControlMessageRequest) (acMsgResponse *AcControlMessageResponse, err error) {
var responseType AcControlMessageResponseAcCTLRRespMsgType
responseType = AcControlMessageResponse_CTLR_PONG
timeStamp := acMessageCtlReq.GetTimestamp()
acutl.DebugLog.Printf("(CALL) CTLPING timestamp: %d\n", timeStamp)
if timeStamp <= 0 {
retErr := &acutl.AcError{Value: -1, Msg: "CTLPING invalid timestamp", Err: nil}
acMsgResponse = &AcControlMessageResponse{
Type: &responseType,
Bada: proto.Bool(false),
ErrorCode: proto.Int32(-1),
}
acutl.DebugLog.Printf("(RET[!]) CTLPING -> (-1) ! %s\n", retErr.Error())
return acMsgResponse, retErr
}
replyTime := time.Now().Unix()
acMsgResponse = &AcControlMessageResponse{
Type: &responseType,
Bada: proto.Bool(true),
ErrorCode: proto.Int32(0), // should be good enough for now... but better have a separate field with correct type..
Timestamp: &replyTime,
}
acutl.DebugLog.Printf("(RET) CTLPING -> (0) ! PONG REPLIED. %d\n", replyTime)
return acMsgResponse, nil
}
func newPresenceResponse(isAvailable bool, presence pb.PresenceResponse_SHOW, valid bool) *pb.PresenceResponse {
return &pb.PresenceResponse{
IsAvailable: proto.Bool(isAvailable),
Presence: presence.Enum(),
Valid: proto.Bool(valid),
}
}
func marshalFact(m *ProtoFact, f *origins.Fact) ([]byte, error) {
m.Reset()
m.EntityDomain = proto.String(f.Entity.Domain)
m.Entity = proto.String(f.Entity.Name)
m.AttributeDomain = proto.String(f.Attribute.Domain)
m.Attribute = proto.String(f.Attribute.Name)
m.ValueDomain = proto.String(f.Value.Domain)
m.Value = proto.String(f.Value.Name)
m.Time = proto.Int64(chrono.TimeMicro(f.Time))
switch f.Operation {
case origins.Assertion:
m.Added = proto.Bool(true)
case origins.Retraction:
m.Added = proto.Bool(false)
default:
panic("fact: invalid op")
}
return proto.Marshal(m)
}
func (s *MySuite) TestToVerifyXmlContentForDataTableDrivenExecution(c *C) {
value := gauge_messages.ProtoItem_TableDrivenScenario
scenario := gauge_messages.ProtoScenario{Failed: proto.Bool(false), ScenarioHeading: proto.String("Scenario")}
scenario1 := gauge_messages.ProtoScenario{Failed: proto.Bool(false), ScenarioHeading: proto.String("Scenario")}
item := &gauge_messages.ProtoItem{TableDrivenScenario: &gauge_messages.ProtoTableDrivenScenario{Scenarios: []*gauge_messages.ProtoScenario{&scenario, &scenario1}}, ItemType: &value}
spec := &gauge_messages.ProtoSpec{SpecHeading: proto.String("HEADING"), FileName: proto.String("FILENAME"), Items: []*gauge_messages.ProtoItem{item}}
specResult := &gauge_messages.ProtoSpecResult{ProtoSpec: spec, ScenarioCount: proto.Int(1), Failed: proto.Bool(false)}
suiteResult := &gauge_messages.ProtoSuiteResult{SpecResults: []*gauge_messages.ProtoSpecResult{specResult}}
message := &gauge_messages.SuiteExecutionResult{SuiteResult: suiteResult}
builder := &XmlBuilder{currentId: 0}
bytes, err := builder.getXmlContent(message)
var suites JUnitTestSuites
xml.Unmarshal(bytes, &suites)
c.Assert(err, Equals, nil)
c.Assert(len(suites.Suites), Equals, 1)
c.Assert(suites.Suites[0].Errors, Equals, 0)
c.Assert(suites.Suites[0].Failures, Equals, 0)
c.Assert(suites.Suites[0].Package, Equals, "FILENAME")
c.Assert(suites.Suites[0].Name, Equals, "HEADING")
c.Assert(suites.Suites[0].Tests, Equals, 2)
c.Assert(suites.Suites[0].Timestamp, Equals, builder.suites.Suites[0].Timestamp)
c.Assert(suites.Suites[0].SystemError.Contents, Equals, "")
c.Assert(suites.Suites[0].SystemOutput.Contents, Equals, "")
c.Assert(len(suites.Suites[0].TestCases), Equals, 2)
c.Assert(suites.Suites[0].TestCases[0].Name, Equals, "Scenario 0")
c.Assert(suites.Suites[0].TestCases[1].Name, Equals, "Scenario 1")
}
// Serialize serializes this RPC into a buffer.
func (g *Get) Serialize() ([]byte, error) {
get := &pb.GetRequest{
Region: g.regionSpecifier(),
Get: &pb.Get{
Row: g.key,
Column: familiesToColumn(g.families),
TimeRange: &pb.TimeRange{},
},
}
if g.maxVersions != DefaultMaxVersions {
get.Get.MaxVersions = &g.maxVersions
}
if g.fromTimestamp != MinTimestamp {
get.Get.TimeRange.From = &g.fromTimestamp
}
if g.toTimestamp != MaxTimestamp {
get.Get.TimeRange.To = &g.toTimestamp
}
if g.closestBefore {
get.Get.ClosestRowBefore = proto.Bool(true)
}
if g.existsOnly {
get.Get.ExistenceOnly = proto.Bool(true)
}
if g.filters != nil {
pbFilter, err := g.filters.ConstructPBFilter()
if err != nil {
return nil, err
}
get.Get.Filter = pbFilter
}
return proto.Marshal(get)
}
func PKGEN_Handler(acMessagePkReq *AcPublicKeyMessageRequest) (acMsgResponse *AcPublicKeyMessageResponse, err error) {
var responseType AcPublicKeyMessageResponseAcPKRespMsgType
responseType = AcPublicKeyMessageResponse_PKR_GEN
reqNick := acMessagePkReq.GetNick()
reqHost := acMessagePkReq.GetHost()
reqServ := acMessagePkReq.GetServer()
acutl.DebugLog.Printf("(CALL) PKGEN <- %s ! %s / %s\n", reqNick, reqHost, reqServ)
if len(reqServ) == 0 || len(reqNick) == 0 {
retErr := &acutl.AcError{Value: -1, Msg: "PKGEN_Handler().Get{Nick|Server}(): 0 bytes", Err: nil}
acMsgResponse = &AcPublicKeyMessageResponse{
Type: &responseType,
Bada: proto.Bool(false),
ErrorCode: proto.Int32(-1),
Blob: []byte(retErr.Error()),
}
acutl.DebugLog.Printf("(RET[!]) PKGEN -> (-1) ! %s\n", retErr.Error())
return acMsgResponse, retErr
}
myNewKeys, err := ackp.CreateKxKeys(reqNick, reqHost, reqServ)
if err != nil {
retErr := &acutl.AcError{Value: -2, Msg: "PKGEN_Handler().CreateMyKeys(): ", Err: err}
acMsgResponse = &AcPublicKeyMessageResponse{
Type: &responseType,
Bada: proto.Bool(false),
ErrorCode: proto.Int32(-2),
Blob: []byte(retErr.Error()),
}
acutl.DebugLog.Printf("(RET[!]) PKGEN -> (-2) ! %s\n", retErr.Error())
return acMsgResponse, retErr
}
// create the cached version instead of in CreateMyKeys()
PK, err := accp.CreatePKMessageNACL(myNewKeys.GetPubkey()[:])
if err != nil {
retErr := &acutl.AcError{Value: -3, Msg: "PKGEN_Handler().CreateCachePubkey: ", Err: err}
acMsgResponse = &AcPublicKeyMessageResponse{
Type: &responseType,
Bada: proto.Bool(false),
ErrorCode: proto.Int32(-3),
Blob: []byte(retErr.Error()),
}
acutl.DebugLog.Printf("(RET[!]) PKGEN -> (-3) ! %s\n", retErr.Error())
return acMsgResponse, retErr
}
myNewKeys.Pubkey = string(PK)
// create the Public Key storage if it's empty...
ackp.ACmap.SetPKMapEntry(reqServ, reqNick, myNewKeys)
acMsgResponse = &AcPublicKeyMessageResponse{
Type: &responseType,
Bada: proto.Bool(true),
ErrorCode: proto.Int32(0),
}
acutl.DebugLog.Printf("(RET) PKGEN -> (0) ! Key Generated.\n")
return acMsgResponse, nil
}
func (executor *specExecutor) setSkipInfo(protoStep *gauge_messages.ProtoStep, step *parser.Step) {
protoStep.StepExecutionResult = &gauge_messages.ProtoStepExecutionResult{}
protoStep.StepExecutionResult.Skipped = proto.Bool(false)
if _, ok := executor.errMap.stepErrs[step]; ok {
protoStep.StepExecutionResult.Skipped = proto.Bool(true)
protoStep.StepExecutionResult.SkippedReason = proto.String("Step implemenatation not found")
}
}
// NewRowRange is TODO
func NewRowRange(startRow, stopRow []byte, startRowInclusive, stopRowInclusive bool) *RowRange {
return &RowRange{
StartRow: startRow,
StartRowInclusive: proto.Bool(startRowInclusive),
StopRow: stopRow,
StopRowInclusive: proto.Bool(stopRowInclusive),
}
}
// This function tests that basic workflow works.
func TestSuccessPath(t *testing.T) {
pbs := []*pb.LanzRecord{
{
ConfigRecord: &pb.ConfigRecord{
Timestamp: proto.Uint64(146591697107544),
LanzVersion: proto.Uint32(1),
NumOfPorts: proto.Uint32(146),
SegmentSize: proto.Uint32(512),
MaxQueueSize: proto.Uint32(524288000),
PortConfigRecord: []*pb.ConfigRecord_PortConfigRecord{
{
IntfName: proto.String("Cpu"),
SwitchId: proto.Uint32(2048),
PortId: proto.Uint32(4096),
InternalPort: proto.Bool(false),
HighThreshold: proto.Uint32(50000),
LowThreshold: proto.Uint32(25000),
},
},
GlobalUsageReportingEnabled: proto.Bool(true),
},
},
{
CongestionRecord: &pb.CongestionRecord{
Timestamp: proto.Uint64(146591697107546),
IntfName: proto.String("Cpu"),
SwitchId: proto.Uint32(2048),
PortId: proto.Uint32(4096),
QueueSize: proto.Uint32(30000),
},
},
{
ErrorRecord: &pb.ErrorRecord{
Timestamp: proto.Uint64(146591697107549),
ErrorMessage: proto.String("Error"),
},
},
}
conn := &testConnector{reader: bytes.NewReader(pbsToStream(pbs))}
ch := make(chan *pb.LanzRecord)
c, done := launchClient(ch, conn)
for i, p := range pbs {
r, ok := <-ch
if !ok {
t.Fatalf("Unexpected closed channel")
}
if !test.DeepEqual(p, r) {
t.Fatalf("Test case %d: expected %v, but got %v", i, p, r)
}
}
c.Stop()
<-done
if conn.open {
t.Fatalf("Connection still open after stopping")
}
}
// NewColumnRangeFilter is TODO
func NewColumnRangeFilter(minColumn, maxColumn []byte,
minColumnInclusive, maxColumnInclusive bool) *ColumnRangeFilter {
return &ColumnRangeFilter{
MinColumn: minColumn,
MaxColumn: maxColumn,
MinColumnInclusive: proto.Bool(minColumnInclusive),
MaxColumnInclusive: proto.Bool(maxColumnInclusive),
}
}
func TestFileStoreUpdate(t *testing.T) {
cleanSnapshot("./snapshot/")
fs := NewKiteFileStore(".", 5000000, 1*time.Second)
fs.Start()
for i := 0; i < 100; i++ {
//创建消息
msg := &protocol.BytesMessage{}
msg.Header = &protocol.Header{
MessageId: proto.String(fmt.Sprintf("%x", i) + "26c03f00665862591f696a980b5ac"),
Topic: proto.String("trade"),
MessageType: proto.String("pay-succ"),
ExpiredTime: proto.Int64(time.Now().Add(10 * time.Minute).Unix()),
DeliverLimit: proto.Int32(100),
GroupId: proto.String("go-kite-test"),
Commit: proto.Bool(true),
Fly: proto.Bool(false)}
msg.Body = []byte("hello world")
entity := store.NewMessageEntity(protocol.NewQMessage(msg))
// log.Printf("------------%s", entity.Header)
succ := fs.Save(entity)
if !succ {
t.Fail()
}
}
//commit and check
for i := 0; i < 100; i++ {
id := fmt.Sprintf("%x", i) + "26c03f00665862591f696a980b5ac"
//创建消息
msg := &store.MessageEntity{
MessageId: id,
DeliverCount: 1,
SuccGroups: []string{},
FailGroups: []string{"s-mts-test"}}
succ := fs.UpdateEntity(msg)
if !succ {
t.Fail()
}
//check entity
entity := fs.Query(id)
// log.Printf("++++++++++++++|%s|%s", entity.Header, string(entity.GetBody().([]byte)))
if nil == entity {
t.Fail()
} else if !entity.Commit && entity.DeliverCount != 1 &&
entity.FailGroups[0] != "s-mts-test" {
t.Fail()
// log.Println(entity)
}
}
fs.Stop()
// cleanSnapshot("./snapshot/")
}
// Compile all information exported through the hackerspace API and send it
// back to the requestor.
func (a *SpaceAPI) ServeHTTP(rw http.ResponseWriter, req *http.Request) {
var msg = proto.Clone(a.conf.SpaceapiMd)
var md *doorky.SpaceAPIMetadata
var door *doorky.DoorSecret
var out []byte
var err error
var ok bool
md, ok = msg.(*doorky.SpaceAPIMetadata)
if !ok {
log.Print("Error: message is not of type SpaceAPIMetadata")
http.Error(rw, http.StatusText(http.StatusInternalServerError),
http.StatusInternalServerError)
}
for _, door = range a.conf.Secret {
var lockInfo = new(doorky.SpaceAPIDoorLockSensor)
var name = door.GetName()
var ts time.Time
var isOpen bool
ts, isOpen, err = a.ts.LastValue(name)
if err != nil {
log.Print("Error fetching door status for ", name, ": ", err)
continue
}
lockInfo.Value = proto.Bool(!isOpen)
lockInfo.Location = proto.String(door.GetLocation())
lockInfo.Name = proto.String(name)
lockInfo.Description = proto.String("Last update: " + ts.String())
if md.Sensors == nil {
md.Sensors = new(doorky.SpaceAPISensors)
}
md.Sensors.DoorLocked = append(md.Sensors.DoorLocked, lockInfo)
if a.conf.PrimaryDoor != nil && a.conf.GetPrimaryDoor() == name {
md.State.Open = proto.Bool(isOpen)
md.State.Lastchange = proto.Int64(ts.Unix())
}
}
out, err = json.MarshalIndent(md, " ", " ")
if err != nil {
log.Print("Error marshalling JSON: ", err)
http.Error(rw, http.StatusText(http.StatusInternalServerError)+": "+
"Error marshalling response: "+err.Error(),
http.StatusInternalServerError)
}
_, err = rw.Write(out)
if err != nil {
log.Print("Error writing response: ", err)
}
}
func (t *NotificationTemplate) GetActionChains() []*protobuf.ActionChain {
//set actionChain
actionChain1 := &protobuf.ActionChain{
ActionId: proto.Int32(1),
Type: protobuf.ActionChain_Goto.Enum(),
Next: proto.Int32(10000),
}
//notification
actionChain2 := &protobuf.ActionChain{
ActionId: proto.Int32(10000),
Type: protobuf.ActionChain_notification.Enum(),
Title: proto.String(t.Title),
Text: proto.String(t.Text),
Logo: proto.String(t.Logo),
Ring: proto.Bool(t.IsRing),
Clearable: proto.Bool(t.IsClearable),
Buzz: proto.Bool(t.IsVibrate),
Next: proto.Int32(10010),
}
//goto
actionChain3 := &protobuf.ActionChain{
ActionId: proto.Int32(10010),
Type: protobuf.ActionChain_Goto.Enum(),
Next: proto.Int32(10030),
}
//appStartUp
appStartUp := &protobuf.AppStartUp{
Android: proto.String(""),
Symbia: proto.String(""),
Ios: proto.String(""),
}
//start app
actionChain4 := &protobuf.ActionChain{
ActionId: proto.Int32(10030),
Type: protobuf.ActionChain_startapp.Enum(),
Appid: proto.String(""),
Autostart: proto.Bool(t.TransmissionType == 1),
Appstartupid: appStartUp,
FailedAction: proto.Int32(100),
Next: proto.Int32(100),
}
//end
actionChain5 := &protobuf.ActionChain{
ActionId: proto.Int32(100),
Type: protobuf.ActionChain_eoa.Enum(),
}
actionChains := []*protobuf.ActionChain{actionChain1, actionChain2, actionChain3, actionChain4, actionChain5}
return actionChains
}
func fakeRunQuery(in *pb.Query, out *pb.QueryResult) error {
expectedIn := &pb.Query{
App: proto.String("dev~fake-app"),
Kind: proto.String("Gopher"),
Compile: proto.Bool(true),
}
if !proto.Equal(in, expectedIn) {
return fmt.Errorf("unsupported argument: got %v want %v", in, expectedIn)
}
*out = pb.QueryResult{
Result: []*pb.EntityProto{
{
Key: &pb.Reference{
App: proto.String("s~test-app"),
Path: path1,
},
EntityGroup: path1,
Property: []*pb.Property{
{
Meaning: pb.Property_TEXT.Enum(),
Name: proto.String("Name"),
Value: &pb.PropertyValue{
StringValue: proto.String("George"),
},
},
{
Name: proto.String("Height"),
Value: &pb.PropertyValue{
Int64Value: proto.Int64(32),
},
},
},
},
{
Key: &pb.Reference{
App: proto.String("s~test-app"),
Path: path2,
},
EntityGroup: path1, // ancestor is George
Property: []*pb.Property{
{
Meaning: pb.Property_TEXT.Enum(),
Name: proto.String("Name"),
Value: &pb.PropertyValue{
StringValue: proto.String("Rufus"),
},
},
// No height for Rufus.
},
},
},
MoreResults: proto.Bool(false),
}
return nil
}
func TestConvert2Entity(t *testing.T) {
options := MysqlOptions{
Addr: "localhost:3306",
Username: "******",
Password: "",
ShardNum: 4,
BatchUpSize: 1000,
BatchDelSize: 1000,
FlushPeriod: 1 * time.Minute,
MaxIdleConn: 2,
MaxOpenConn: 4}
hs := newDbShard(options)
c := convertor{}
sqlwrapper := newSqlwrapper("kite_msg", hs, store.MessageEntity{})
sqlwrapper.initSQL()
c.columns = sqlwrapper.columns
//创建消息
msg := &protocol.BytesMessage{}
msg.Header = &protocol.Header{
MessageId: proto.String("26c03f00665462591f696a980b5a6c4"),
Topic: proto.String("trade"),
MessageType: proto.String("pay-succ"),
ExpiredTime: proto.Int64(time.Now().Add(10 * time.Minute).Unix()),
DeliverLimit: proto.Int32(100),
GroupId: proto.String("go-kite-test"),
Commit: proto.Bool(false),
Fly: proto.Bool(false)}
msg.Body = []byte("hello world")
entity := store.NewMessageEntity(protocol.NewQMessage(msg))
entity.SuccGroups = []string{"go-kite-test"}
hn, _ := os.Hostname()
entity.KiteServer = hn
params := c.Convert2Params(entity)
t.Logf("TestConvert2Entity|Convert2Params|%s\n", params)
econ := &store.MessageEntity{}
c.Convert2Entity(params, econ, func(colname string) bool {
return false
})
t.Logf("TestConvert2Entity|Convert2Entity|%s\n", econ)
if econ.MessageId != entity.MessageId {
t.Fail()
}
if econ.ExpiredTime != entity.ExpiredTime {
t.Fail()
}
}
func (ch *authHSChan) sendResult(accepted, isKnown bool) error {
authResult := &packet.AuthHSResult{Accepted: proto.Bool(accepted)}
if accepted {
authResult.IsKnownContact = proto.Bool(isKnown)
}
authPkt := &packet.AuthHSPacket{Result: authResult}
rawPkt, err := proto.Marshal(authPkt)
if err != nil {
return err
}
return ch.conn.sendPacket(ch.chanID, rawPkt)
}
// Freeze a Group into a flattened protobuf-based structure
// ready to be persisted to disk.
func FreezeGroup(group acl.Group) (*freezer.Group, error) {
frozenGroup := &freezer.Group{}
frozenGroup.Name = proto.String(group.Name)
frozenGroup.Inherit = proto.Bool(group.Inherit)
frozenGroup.Inheritable = proto.Bool(group.Inheritable)
for _, id := range group.AddUsers() {
frozenGroup.Add = append(frozenGroup.Add, uint32(id))
}
for _, id := range group.RemoveUsers() {
frozenGroup.Remove = append(frozenGroup.Remove, uint32(id))
}
return frozenGroup, nil
}
// ColumnsToProto converts a slice of model.ColumnInfo to a slice of tipb.ColumnInfo.
func ColumnsToProto(columns []*model.ColumnInfo, pkIsHandle bool) []*tipb.ColumnInfo {
cols := make([]*tipb.ColumnInfo, 0, len(columns))
for _, c := range columns {
col := columnToProto(c)
if pkIsHandle && mysql.HasPriKeyFlag(c.Flag) {
col.PkHandle = proto.Bool(true)
} else {
col.PkHandle = proto.Bool(false)
}
cols = append(cols, col)
}
return cols
}