// Init tags
func initAfterParse(lang *Tlang, name string) {
var (
e bool
key string
)
// phrase loop
for _, item := range lang.items {
// tag loop
for _, itemTag := range item.items {
switch v := itemTag.(type) {
case *tTagPlural:
key = v.text[0]
util.MaxSet(&item.contextCount, int(v.count))
v.text, e = lang.Plural[key]
err.PanicBool(e, "Err parse:"+name+" Not found plural key: "+key, 0)
case tTagVar:
util.MaxSet(&item.contextCount, int(v.id))
case *tTagFunction:
v.f, e = lang.F[v.fname]
err.PanicBool(e, "Err parse:"+name+" Not found users function: "+v.fname, 0)
for _, val := range v.vars {
util.MaxSet(&item.contextCount, int(val))
}
}
}
// initially -1 because of len(n) = max(id)+1
item.contextCount++
}
}
// HumanByteLong from full name
func humanByteLong(lang *i18n.Tlang) func([]interface{}) []byte {
list, ok := lang.Lists["+prefix1000"]
err.PanicBool(ok, "i18n list '+prefix1000' not found", 0)
pluralByte, ok := lang.Plural["byte"]
err.PanicBool(ok, "i18n plural 'byte' not found", 0)
return func(v []interface{}) []byte {
r, ok := refl.Uint(v[0])
if !ok {
return nil
}
val, i, valf := human.Byten(r)
if !(len(list) > int(i)) {
return nil
}
return []byte(val + " " + list[i] + pluralByte[lang.PluralRule(valf)])
}
}
// HumanBit short humanize bit
func humanBit(lang *i18n.Tlang) func([]interface{}) []byte {
list, ok := lang.Lists["bitshort"]
err.PanicBool(ok, "i18n list 'bit' not found", 0)
return human1024(list)
}