func getCpList(dal *release.Dal, cp_info *CpInfo) ([]*release.CpRelease, error) {
cp_list := make([]*release.CpRelease, 0, 10)
mode := cp_info.Mode
sim := cp_info.Sim
version := cp_info.Version
prefix := cp_info.Prefix
version_scalar := cp_policy.QuantitateVersion(version)
query := fmt.Sprintf("SELECT * FROM %s WHERE mode='%s' AND prefix='%s' AND sim='%s' AND flag=%d AND version_scalar > %d ORDER BY version_scalar DESC",
cp_constant.TABLE_CP, mode, prefix, sim, cp_constant.AVAILABLE_FLAG, version_scalar)
revel.INFO.Println("query higher cp: ", query)
// fmt.Println(query)
list, err := doGetCpList(dal, query)
if err != nil {
return nil, err
}
cp_list = append(cp_list, list...)
query = fmt.Sprintf("SELECT * FROM %s WHERE mode='%s' AND prefix='%s' AND sim='%s' AND flag=%d AND version_scalar < %d ORDER BY version_scalar DESC LIMIT 5",
cp_constant.TABLE_CP, mode, prefix, sim, cp_constant.AVAILABLE_FLAG, version_scalar)
revel.INFO.Println("query lower 5 cp: ", query)
// fmt.Println(query)
list, err = doGetCpList(dal, query)
if err != nil {
return nil, err
}
cp_list = append(cp_list, list...)
return cp_list, nil
}
func SortCpArray(cp_array []models.CpNode) []models.CpNode {
order_map := make(map[int64]models.CpNode)
version_int_arr := SortInt{}
for _, node := range cp_array {
version_int := cp_policy.QuantitateVersion(node.VersionNo)
version_int_arr = append(version_int_arr, version_int)
order_map[version_int] = node
}
sort.Sort(version_int_arr)
sorted_arr := make([]models.CpNode, 0, 50)
for _, version := range version_int_arr {
sorted_arr = append(sorted_arr, order_map[version])
}
if DEBUG {
for _, v1 := range cp_array {
fmt.Print(v1.VersionNo)
fmt.Print(" ")
}
fmt.Print("\n")
for _, v2 := range sorted_arr {
fmt.Print(v2.VersionNo)
fmt.Print(" ")
}
fmt.Print("\n")
}
return sorted_arr
}
func ProcessDir(info os.FileInfo, dal *release.Dal, path string, mode string, sim string, force bool) error {
version := policy.ExtractVersion(info.Name())
if version == "" { //illegal version fmt, ignore
return fmt.Errorf("Illegal version format : %s", info.Name())
}
rel_path := fmt.Sprintf("%s/%s", path, info.Name())[constant.PATH_PREFIX_LEN:]
cp, err := release.FindCpReleaseByPath(dal, rel_path)
if err != nil {
return err
}
if cp != nil {
if !force {
return fmt.Errorf("Existed CP release : %s", cp)
} else {
log.Printf("Existed CP release, delete arbi&grbi for force updating : %s", cp)
release.DeleteArbiByCpId(dal, cp.Id)
release.DeleteGrbiByCpId(dal, cp.Id)
release.DeleteRficByCpId(dal, cp.Id)
}
} else {
cp = &release.CpRelease{}
cp.Mode = mode
cp.Sim = sim
cp.Version = version
cp.VersionScalar = policy.QuantitateVersion(version)
cp.LastModifyTs = time.Now().Unix()
cp.Flag = constant.AVAILABLE_FLAG
cp.RelPath = rel_path
slice := strings.Split(rel_path, "/")
cp.Prefix = strings.TrimSuffix(slice[2], version)
log.Printf("Find new CP release : %s\n", cp)
id, err := cp.Save(dal)
if err != nil {
cp.Id = -1
log.Printf("Save CP release failed: %s\n", err)
} else {
cp.Id = id
log.Printf("Save CP release success: %d | %s\n", id, cp)
}
}
//find detail information
if cp.Id > 0 && FLAG_SCAN_DETAIL {
ProcessDetail(cp, dal)
} else {
return fmt.Errorf("Neither finding or saving CP release success! in [%s]", info.Name())
}
return nil
}
func (cp *CpRelease) LoadSelfFromFileEvent(event *fsnotify.FileEvent) error {
path := event.Name
parent_path := pathutil.ParentPath(path)
cp.Mode = constant.PATH_TO_MODE[parent_path[:len(parent_path)-1]]
base_name := pathutil.BaseName(path)
version := policy.ExtractVersion(base_name)
if version == "" {
return errors.New(fmt.Sprintf("Illegal version : %s", base_name))
}
cp.Version = version
cp.VersionScalar = policy.QuantitateVersion(version)
cp.Sim = constant.MODE_TO_SIM[cp.Mode]
cp.LastModifyTs = time.Now().Unix()
cp.Flag = constant.AVAILABLE_FLAG
cp.RelPath = path[constant.PATH_PREFIX_LEN:]
return nil
}