func (this *NfsStorage) Download() ([]byte, util.Error) {
var (
bts []byte
err error
)
var messagesize int
if this.Cat != nil {
tran := this.Cat.NewTransaction(CATTITLE, "Nfs.Download")
tran.AddData("path", this.Path)
defer func() {
if err != nil {
tran.SetStatus(err)
} else {
util.LogEvent(this.Cat, "Size", util.GetImageSizeDistribution(messagesize), map[string]string{"size": strconv.Itoa(messagesize)})
tran.SetStatus("0")
}
tran.Complete()
}()
}
bts, err = ioutil.ReadFile(this.Path)
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_NFSDOWNLOADERR, err.Error())
return []byte{}, util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_NFSDOWNLOADERR}
}
messagesize = len(bts)
return bts, util.Error{}
}
func (this *Channel) GetAll() (map[string]string, util.Error) {
var err error
if len(channels) < 1 || IsRefresh(getChannelsTime) {
if this.Cat != nil {
var err error
tran := this.Cat.NewTransaction(DBTITLE, "Channel.GetAll")
defer func() {
if err != nil {
tran.SetStatus(err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
}
o := orm.NewOrm()
var res orm.Params
_, err = o.Raw("SELECT name,code FROM channel").RowsToMap(&res, "name", "code")
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_GETCHANNEL, err.Error())
return nil, util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_GETCHANNEL}
}
m := make(map[string]string)
for k, v := range res {
m[k] = fmt.Sprintf("%v", v)
}
channels = m
getChannelsTime = time.Now()
}
return channels, util.Error{}
}
func (this ImageRequest) getStorageBySource(path string, isSource bool) (Storage, util.Error) {
path = strings.Replace(path, "/", "\\", -1)
var (
storagePath string
storageType string
)
var storage Storage
if isNewUri(path) {
imagename := util.Substr(path, 1, NEWIMAGENAMELENGTH)
imgIndex := models.ImageIndex{Cat: this.Cat}
if e := imgIndex.Parse(imagename); e.Err != nil {
return nil, e
}
storagePath = imgIndex.StoragePath
storageType = imgIndex.StorageType
storage = CreateStorage(storagePath, storageType, this.Cat)
if storage == nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_STORAGETYPENOSUPPORTE, util.JoinString("Can't supporte storagetype[", storageType, "]"))
return nil, util.Error{IsNormal: false, Err: errors.New(util.JoinString("Can't supporte storagetype[", storageType, "]")), Type: ERRORTYPE_STORAGETYPENOSUPPORTE}
}
} else {
storageType = STORAGETYPE_NFS
if isFdfs(path) {
storageType = STORAGETYPE_FDFS
}
storage = CreateStorage(path, storageType, this.Cat)
if e := storage.ConvertFilePath(isSource); e.Err != nil {
return nil, e
}
}
return storage, util.Error{}
}
func (this *FdfsStorage) initFdfsClient() util.Error {
if fdfsClient == nil {
lock <- 1
defer func() {
<-lock
}()
if fdfsClient != nil {
return util.Error{}
}
config := models.Config{Cat: this.Cat}
fdfsdomain, e := config.GetFdfsDomain()
if e.Err != nil {
return e
}
fdfsport, e := config.GetFdfsPort()
if e.Err != nil {
return e
}
var err error
fdfsClient, err = fdfs.NewFdfsClient([]string{fdfsdomain}, fdfsport)
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_FDFSCONNECTIONERR, err.Error())
return util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_FDFSCONNECTIONERR}
}
}
return util.Error{}
}
func (this *FdfsStorage) Download() ([]byte, util.Error) {
if e := this.initFdfsClient(); e.Err != nil {
return nil, e
}
var (
bts []byte
err error
result = util.Error{}
)
var messagesize int
if this.Cat != nil {
tran := this.Cat.NewTransaction(CATTITLE, "Fdfs.Download")
tran.AddData("path", this.Path)
defer func() {
if result.Err != nil && result.IsNormal {
tran.SetStatus(result.Err)
} else {
util.LogEvent(this.Cat, "Size", util.GetImageSizeDistribution(messagesize), map[string]string{"size": strconv.Itoa(messagesize)})
tran.SetStatus("0")
}
tran.Complete()
}()
}
bts, err = fdfsClient.DownloadToBuffer(this.Path, this.Cat)
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_FDFSDOWNLOADERR, err.Error())
result = util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_FDFSDOWNLOADERR}
return []byte{}, result
}
messagesize = len(bts)
return bts, result
}
//fdfs ignore isDeleteAll
func (this *FdfsStorage) Delete(isDeleteAll bool) util.Error {
if e := this.initFdfsClient(); e.Err != nil {
return e
}
var (
err error
result = util.Error{}
)
if this.Cat != nil {
tran := this.Cat.NewTransaction(CATTITLE, "Fdfs.Delete")
tran.AddData("path", this.Path)
defer func() {
if result.Err != nil && result.IsNormal {
tran.SetStatus(result.Err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
}
err = fdfsClient.DeleteFile(this.Path)
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_FDFSDELETEERR, err.Error())
result = util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_FDFSDELETEERR}
return result
}
return result
}
func Parse(ctx context.Context) (*CommandArgument, error) {
var (
err error
commandArg *CommandArgument
catVar = ctx.Value("cat").(cat.Cat)
imagePath = ctx.Value("imagepath").(string)
)
params, ok := generalArgPattern.FindStringSubmatchMap(imagePath)
if ok {
commandArg, err = makeGeneralArg(imagePath, params)
} else {
params, ok = sourceDigitalMarkArgPattern.FindStringSubmatchMap(imagePath)
if ok {
commandArg.digitalMarkOnSource = true
commandArg, err = makeDigitalMarkOnSourceArg(params)
} else {
err = errors.New("Image.Command.ParseError")
log.WithFields(log.Fields{"uri": imagePath}).Warn(err.Error())
util.LogErrorEvent(catVar, "URI.ParseError", "")
}
}
return commandArg, err
}
func (this *NfsStorage) Delete(isDeleteAll bool) util.Error {
var (
cmd *exec.Cmd
err error
)
if this.Cat != nil {
tran := this.Cat.NewTransaction(CATTITLE, "Nfs.Delete")
tran.AddData("path", this.Path)
defer func() {
if err != nil {
tran.SetStatus(err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
}
if !isDeleteAll {
cmd = exec.Command("rm", this.Path)
} else {
cmd = exec.Command("rm", util.Substr(this.Path, 4, len(this.Path)-4)+"_*")
}
err = cmd.Run()
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_NFSDELETEERR, err.Error())
return util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_NFSDELETEERR}
}
return util.Error{}
}
func (this *ImageIndex) GetStorage() util.Error {
if this.Id < 1 || this.TableZone < 1 || this.PartitionKey < 1 {
util.LogErrorEvent(this.Cat, ERRTYPE_GETIMAGEINDEX, "Parameter is Invalid")
return util.Error{IsNormal: true, Err: errors.New("getimageindex parameters is invalid"), Type: ERRTYPE_GETIMAGEINDEX}
}
var result util.Error = util.Error{}
if this.Cat != nil {
tran := this.Cat.NewTransaction(DBTITLE, "ImageIndex.GetStorage")
defer func() {
if result.Err != nil {
tran.SetStatus(result.Err)
} else {
tran.SetStatus("0")
}
tran.AddData("TabeZone", strconv.Itoa(this.TableZone))
tran.AddData("Id", strconv.FormatInt(this.Id, 10))
tran.AddData("PartitionKey", strconv.Itoa(int(this.PartitionKey)))
tran.Complete()
}()
}
o := orm.NewOrm()
o.Using(getDBString(this.TableZone))
res := make(orm.Params)
nums, err := o.Raw(util.JoinString("SELECT storagepath,storagetype FROM imageindex_", strconv.Itoa(this.TableZone), " WHERE id=? AND partitionKey=?"), this.Id, this.PartitionKey).RowsToMap(&res, "storagepath", "storagetype")
if err != nil {
util.LogErrorEvent(this.Cat, ERRTYPE_GETIMAGEINDEX, err.Error())
result = util.Error{IsNormal: false, Err: err, Type: ERRTYPE_GETIMAGEINDEX}
return result
}
if nums < 1 {
util.LogEvent(this.Cat, ERRTYPE_IMAGENAMEINVALID, "IdNoFound", nil)
result = util.Error{IsNormal: true, Err: errors.New("image id is't exists"), Type: ERRTYPE_IMAGENAMEINVALID}
return result
}
for k, v := range res {
this.StoragePath = k
this.StorageType = fmt.Sprintf("%v", v)
}
return result
}
func EncodeRequest(Cat cat.Cat, bts []byte, req *request.Request) util.Error {
soapTran := Cat.NewTransaction("SOAP", "EncodeRequest")
result := util.Error{}
defer func() {
if result.Err != nil && !result.IsNormal {
soapTran.SetStatus(result.Err)
} else {
soapTran.SetStatus(CATTRANSUCCESS)
}
soapTran.Complete()
}()
if err := soapparse.EncReq(bts, req); err != nil {
util.LogErrorEvent(Cat, "SoapParseRequestError", err.Error())
result = util.Error{IsNormal: false, Err: err, Type: "SoapParseRequestError"}
}
return result
}
func DecodeResponse(Cat cat.Cat, header *response.Header, resp interface{}) ([]byte, util.Error) {
soapTran := Cat.NewTransaction("SOAP", "DecodeResponse")
result := util.Error{}
defer func() {
if result.Err != nil && !result.IsNormal {
soapTran.SetStatus(result.Err)
} else {
soapTran.SetStatus(CATTRANSUCCESS)
}
soapTran.Complete()
}()
content, err := soapparse.DecResp(header, resp) //
if err != nil {
util.LogErrorEvent(Cat, "SoapParseResponseError", err.Error())
result = util.Error{IsNormal: false, Err: err, Type: "SoapParseResponseError"}
}
return content, result
}
func (w *ImageProcessWorker) Start(opt StartOpt) <-chan error {
if !opt.NewHosting {
opts := &web.ImageProcessOptions{ListenAddress: fmt.Sprintf("127.0.0.1:%d", w.Port)}
webHandler := web.NewImageProcessWebHandler(opts)
util.LogEvent(cat.Instance(), "Reboot", fmt.Sprintf("%s:%d", util.LocalIP(), w.Port), nil)
go webHandler.Run()
return webHandler.ListenError()
} else {
cmd := exec.Command("go", "run", "imgsvrd.go", "-process.worker", "-port", strconv.Itoa(w.Port))
err := cmd.Start()
if err != nil {
log.Errorf("start worker=%d failed. error=%s", w.Port, err.Error())
util.LogErrorEvent(cat.Instance(), "DaemonProcess.StartWorkerError", err.Error())
w.startErrCh <- err
}
}
return w.startErrCh
}
func (m *Master) killDeadWorkerAndStartNew(w *Worker) bool {
isDead := w.isDead()
if isDead {
log.Debugf("find worker=%d is dead, prepared to restart", w.host.GetPort())
err := killPort(w.host.GetPort())
if err != nil {
log.WithFields(log.Fields{
"port": w.host.GetPort(),
"type": "DaemonProcess.KillProcessError",
}).Error(err.Error())
util.LogErrorEvent(cat.Instance(), "DaemonProcess.KillProcessError", err.Error())
} else {
log.Infof("kill worker=%d ok.", w.host.GetPort())
}
w.host.Start(StartOpt{NewHosting: true})
log.Debugf("restart worker=%d ok.", w.host.GetPort())
w.healthy()
}
return isDead
}
func (m *Master) checkWorkerHealth(w *Worker) {
val, err := doHttpCall(util.JoinString(
"http://127.0.0.1:", strconv.Itoa(w.host.GetPort()), "/heartbeat/"))
if err != nil {
w.sick()
log.WithFields(log.Fields{
"port": w.host.GetPort(),
"type": "WorkerProcess.HeartbeatError",
}).Error(err.Error())
util.LogErrorEvent(cat.Instance(), "WorkerProcess.HeartbeatError", err.Error())
} else {
w.healthy()
url, err := url.Parse(string(val))
if err != nil {
log.Errorf("parse heartbeat from worker=%d failed.", w.host.GetPort())
} else {
w.heartbeatInfo = heartbeatValues{mapValues: nil, urlValues: url.Query()}
}
}
}
func (this *Config) GetConfigs() (map[string]map[string]string, util.Error) {
if len(config) < 1 || isRefresh(getConfigTime) {
var err error
if this.Cat != nil {
tran := this.Cat.NewTransaction(DBTITLE, "Config.GetConfigs")
defer func() {
if err != nil {
tran.SetStatus(err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
}
o := orm.NewOrm()
var list []orm.Params
_, err = o.Raw("SELECT channelCode,`key`,value FROM config").Values(&list)
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_GETCONFIGS, err.Error())
return nil, util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_GETCONFIGS}
}
m := make(map[string]map[string]string)
for _, v := range list {
channelCode := v["channelCode"].(string)
key := v["key"].(string)
value := v["value"].(string)
_, exists := m[channelCode]
if exists {
m[channelCode][key] = value
} else {
childmap := make(map[string]string)
childmap[key] = value
m[channelCode] = childmap
}
}
config = m
getConfigTime = time.Now()
}
return config, util.Error{}
}
func (this *ImageIndex) Delete() util.Error {
var err error
if this.Cat != nil {
tran := this.Cat.NewTransaction(DBTITLE, "ImageIndex.Delete")
defer func() {
if err != nil {
tran.SetStatus(err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
}
o := orm.NewOrm()
o.Using(getDBString(this.TableZone))
_, err = o.Raw("DELETE FROM `imageindex_"+strconv.Itoa(this.TableZone)+"` WHERE id = ? AND partitionKey = ?", this.Id, this.PartitionKey).Exec()
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_DELETEIMAGEINDEX, err.Error())
return util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_DELETEIMAGEINDEX}
}
return util.Error{}
}
func (this *FdfsStorage) Upload(bts []byte, fileExt string) (string, util.Error) {
if e := this.initFdfsClient(); e.Err != nil {
return "", e
}
config := models.Config{Cat: this.Cat}
groups, e := config.GetGroups()
if e.Err != nil {
return "", e
}
if uploadcount == 99999999 {
uploadcount = 0
}
i := uploadcount % len(groups)
uploadcount = 0
g := groups[i]
var result util.Error = util.Error{}
if this.Cat != nil {
tran := this.Cat.NewTransaction(CATTITLE, "Fdfs.Upload")
util.LogEvent(this.Cat, "Size", util.GetImageSizeDistribution(len(bts)), map[string]string{"size": strconv.Itoa(len(bts))})
defer func() {
if result.Err != nil && result.IsNormal {
tran.SetStatus(result.Err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
}
path, err := fdfsClient.UploadByBuffer(g, bts, fileExt)
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_FDFSUPLOADERR, err.Error())
result = util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_FDFSUPLOADERR}
return "", result
}
return path, result
}
func (this ImageRequest) Save(r *request.SaveRequest) (response.SaveResponse, util.Error) {
r.TargetFormat = strings.ToLower(r.TargetFormat)
r.Channel = strings.ToLower(r.Channel)
util.LogEvent(this.Cat, "Save", r.Channel, nil)
this.checkPlanID(r)
if err := this.checkSaveRequest(r); err.Err != nil {
return response.SaveResponse{}, err
}
if err := this.checkSaveCheckItem(r); err.Err != nil {
return response.SaveResponse{}, err
}
storage, storageType := NewStorage(this.Cat)
path, e := storage.Upload(r.FileBytes, r.TargetFormat)
if e.Err != nil {
return response.SaveResponse{}, e
}
tableZone := sharding()
channel := models.Channel{Cat: this.Cat}
imgIndex := models.ImageIndex{ChannelCode: channel.GetChannelCode(r.Channel), StoragePath: path, StorageType: storageType, TableZone: tableZone, Cat: this.Cat}
plan := ""
if r.Process.AnyTypes != nil && len(r.Process.AnyTypes) > 0 {
bts, err := r.Process.MarshalJSON()
if err != nil {
util.LogErrorEvent(this.Cat, ERRORTYPE_MARSHALJSON, err.Error())
return response.SaveResponse{}, util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_MARSHALJSON}
}
plan = string(bts)
}
if e := imgIndex.SaveToDB(plan); e.Err != nil {
return response.SaveResponse{}, e
}
uri := imgIndex.GetImageName()
return response.SaveResponse{CheckPass: true, OriginalPath: uri, TargetPath: uri}, util.Error{}
}
func (this *ImageIndex) SaveToDB(plan string) util.Error {
var (
res sql.Result
err error
id int64
)
if this.Cat != nil {
tran := this.Cat.NewTransaction(DBTITLE, util.JoinString("ImageIndex_"+strconv.Itoa(this.TableZone)+".Insert"))
defer func() {
if err != nil {
tran.SetStatus(err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
}
o := orm.NewOrm()
o.Using(getDBString(this.TableZone))
o.Begin()
partitionKey := util.GetPartitionKey(time.Now())
res, err = o.Raw("INSERT INTO `imageindex_"+strconv.Itoa(this.TableZone)+"` (`channelCode`,`storagePath`,`storageType`,`profile`,`createtime`,`partitionKey`)VALUES(?,?,?,?,NOW(),?)", this.ChannelCode, this.StoragePath, this.StorageType, this.Profile, partitionKey).Exec()
if err != nil {
o.Rollback()
util.LogErrorEvent(this.Cat, ERRORTYPE_INSERTIMAGEINDEX, err.Error())
return util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_INSERTIMAGEINDEX}
}
id, err = res.LastInsertId()
if err != nil {
o.Rollback()
util.LogErrorEvent(this.Cat, ERRORTYPE_INSERTIMAGEINDEX, err.Error())
return util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_INSERTIMAGEINDEX}
}
if plan != "" {
if this.Cat != nil {
tran := this.Cat.NewTransaction(DBTITLE, util.JoinString("ImagePlan_"+strconv.Itoa(this.TableZone)+".Insert"))
defer func() {
if err != nil {
tran.SetStatus(err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
}
res, err = o.Raw("INSERT INTO `imageplan_"+strconv.Itoa(this.TableZone)+"`(imgId,plan,partitionKey)VALUES(?,?,?)", id, plan, partitionKey).Exec()
if err != nil {
o.Rollback()
util.LogErrorEvent(this.Cat, ERRORTYPE_INSERTIMAGEPLAN, err.Error())
return util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_INSERTIMAGEPLAN}
}
if _, err = res.RowsAffected(); err != nil {
o.Rollback()
util.LogErrorEvent(this.Cat, ERRORTYPE_INSERTIMAGEPLAN, err.Error())
return util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_INSERTIMAGEPLAN}
}
}
if err = o.Commit(); err != nil {
return util.Error{IsNormal: false, Err: err, Type: ERRORTYPE_INSERTIMAGEINDEX}
}
this.Id = id
this.PartitionKey = partitionKey
return util.Error{}
}
func (handler *ImageWS) ServeHTTP(w http.ResponseWriter, r *http.Request) {
defer r.Body.Close()
w.Header().Set("Connection", "keep-alive")
w.Header().Set("Content-Type", "text/xml")
Cat := cat.Instance()
tran := Cat.NewTransaction("URL", "ImageWs.asmx")
util.LogEvent(Cat, "URL", "URL.Client", map[string]string{
"clientip": util.GetClientIP(r),
"serverip": util.GetIP(),
"proto": r.Proto,
"referer": r.Referer(),
//"agent": request.UserAgent(),
})
var result util.Error
defer func() {
if p := recover(); p != nil {
Cat.LogPanic(p)
}
if result.Err != nil && !result.IsNormal {
tran.SetStatus(result.Err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
bts, err := ioutil.ReadAll(r.Body)
if err != nil {
util.LogErrorEvent(Cat, "RequestReadError", err.Error())
result = util.Error{IsNormal: false, Err: err, Type: "RequestReadError"}
msg := []byte(err.Error())
writeResponse(w, msg)
return
}
req := request.Request{}
result = EncodeRequest(Cat, bts, &req)
if result.Err != nil && !result.IsNormal {
writeResponse(w, []byte(result.Type))
return
}
var (
resp interface{}
header *response.Header
e util.Error
imgRequest = business.ImageRequest{Cat: Cat}
)
requestTran := Cat.NewTransaction("Request", strings.Replace(req.Header.RequestType, "Arch.Base.ImageWS.", "", -1))
defer func() {
if p := recover(); p != nil {
Cat.LogPanic(p)
}
if result.Err != nil && !result.IsNormal {
requestTran.SetStatus(result.Err)
} else {
requestTran.SetStatus(CATTRANSUCCESS)
}
requestTran.Complete()
}()
switch req.Header.RequestType {
case REQUESTTYPE_SAVEIMAGE:
resp, e = imgRequest.Save(&req.SaveRequest)
case REQUESTTYPE_LOADIMAGE:
resp, e = imgRequest.Download(&req.LoadImgRequest)
case REQUESTTYPE_LOADZIP:
resp, e = imgRequest.DownloadZip(&req.LoadZipRequest)
case REQUESTTYPE_DELETEIMAGE:
resp, e = imgRequest.Delete(&req.DeleteRequest)
default:
util.LogErrorEvent(Cat, "RequestTypeInvalid", req.Header.RequestType)
e = util.Error{IsNormal: true, Err: errors.New("requesttype is invalid!"), Type: "RequestTypeInvalid"}
}
if e.Err != nil {
result = e
header = createFailHeader(req.Header, fmt.Sprintf("%v", e.Err))
} else {
header = transformHeader(req.Header, RESULTCODE_SUCCESS, "")
}
content, e := DecodeResponse(Cat, header, resp)
if e.Err != nil {
result = e
writeResponse(w, []byte(result.Err.(error).Error()))
} else {
writeResponse(w, content)
}
}
func (handler *LogoWS) ServeHTTP(w http.ResponseWriter, r *http.Request) {
Cat := cat.Instance()
w.Header().Set("Connection", "keep-alive")
w.Header().Set("Content-Type", "text/xml")
tran := Cat.NewTransaction("URL", "LogoWs.asmx")
util.LogEvent(Cat, "URL", "URL.Client", map[string]string{
"clientip": util.GetClientIP(r),
"serverip": util.GetIP(),
"proto": r.Proto,
"referer": r.Referer(),
//"agent": request.UserAgent(),
})
var result util.Error
defer func() {
if p := recover(); p != nil {
Cat.LogPanic(p)
}
if result.Err != nil && !result.IsNormal {
tran.SetStatus(result.Err)
} else {
tran.SetStatus("0")
}
tran.Complete()
}()
bts, err := ioutil.ReadAll(r.Body)
if err != nil {
util.LogErrorEvent(Cat, "RequestReadError", err.Error())
result = util.Error{IsNormal: false, Err: err, Type: "RequestReadError"}
return
}
req := request.Request{}
result = EncodeRequest(Cat, bts, &req)
if result.Err != nil && !result.IsNormal {
//writeResponse(w, []byte(result.Type))
return
}
var (
resp interface{}
header *response.Header
e util.Error
logoRequest = business.LogoRequest{
ImageRequest: business.ImageRequest{
Cat: Cat,
},
FontSizes: []int{14, 16, 18, 20},
}
)
requestTran := Cat.NewTransaction("Request", "SaveLogo")
defer func() {
if p := recover(); p != nil {
Cat.LogPanic(p)
}
if result.Err != nil && !result.IsNormal {
requestTran.SetStatus(result.Err)
} else {
requestTran.SetStatus("0")
}
requestTran.Complete()
}()
resp, result = logoRequest.Save(&req.SaveRequest)
if result.Err != nil {
header = createFailHeader(req.Header, fmt.Sprintf("%v", result.Err))
} else {
header = transformHeader(req.Header, RESULTCODE_SUCCESS, "")
}
content, e := DecodeResponse(Cat, header, resp)
if e.Err != nil {
result = e
writeResponse(w, []byte(result.Err.(error).Error()))
} else {
writeResponse(w, content)
}
//content, err := soapparse.DecResp(header, resp) //
//if err != nil {
// return
//}
//writeResponse(w, content)
}