}
type NewsCategoryListData15 struct {
- Type []byte `yaml:"Type"` //Size 2 ; Bundle (2) or category (3)
+ Type []byte `yaml:"Type"` // Size 2 ; Bundle (2) or category (3)
Count []byte // Article or SubCategory count Size 2
NameSize byte
Name string `yaml:"Name"` //
type NewsArtData struct {
Title string `yaml:"Title"`
Poster string `yaml:"Poster"`
- Date []byte `yaml:"Date"` //size 8
- PrevArt []byte `yaml:"PrevArt"` //size 4
- NextArt []byte `yaml:"NextArt"` //size 4
- ParentArt []byte `yaml:"ParentArt"` //size 4
- FirstChildArt []byte `yaml:"FirstChildArtArt"` //size 4
+ Date []byte `yaml:"Date"` // size 8
+ PrevArt []byte `yaml:"PrevArt"` // size 4
+ NextArt []byte `yaml:"NextArt"` // size 4
+ ParentArt []byte `yaml:"ParentArt"` // size 4
+ FirstChildArt []byte `yaml:"FirstChildArtArt"` // size 4
DataFlav []byte `yaml:"DataFlav"` // "text/plain"
Data string `yaml:"Data"`
}
return []byte{uint8(len(newscat.Name))}
}
-//type NewsPath struct {
-// Paths []string
-//}
-//
-//func (np *NewsPath) Payload() []byte {
-// var out []byte
-//
-// count := make([]byte, 2)
-// binary.BigEndian.PutUint16(count, uint16(len(np.Paths)))
-//
-// out = append(out, count...)
-// for _, p := range np.Paths {
-// pLen := byte(len(p))
-// out = append(out, []byte{0, 0}...) // what is this?
-// out = append(out, pLen)
-// out = append(out, []byte(p)...)
-// }
-//
-// return out
-//}
-
func ReadNewsPath(newsPath []byte) []string {
if len(newsPath) == 0 {
return []string{}