// MapKeysEq
func mapKeysEq() {
fmt.Println("MapKeysEq example:")
map1 := make(map[string]int)
map2 := make(map[string]int)
map1["n1"] = 10
map1["n2"] = 12
map2["n1"] = 20
map2["n2"] = 22
fmt.Println(refl.MapKeysEq(map1, map2))
}
// Load load language resources
func (t *Ti18n) Load(patch string) {
type (
tmpLang struct {
PluralRule string
Plural map[string][]string
Phrase map[string]string
Lists map[string][]string
}
)
// создаётся временная структура и в неё парсится json
tmpLangs := make(map[string]*tmpLang)
fileList, e := ioutil.ReadDir(patch)
err.Panic(e)
var (
name string
valPre map[string]string
keyPre string
)
for _, item := range fileList {
vtmpLang := new(tmpLang)
vtmpLang.Plural = make(map[string][]string)
vtmpLang.Lists = make(map[string][]string)
jsonConfig.Load(patch+string(filepath.Separator)+item.Name(), &vtmpLang)
name, _ = gfilepath.Ext(item.Name())
tmpLangs[name] = vtmpLang
}
// chek equivalent all lang resurce
for key, val := range tmpLangs {
if valPre != nil && !refl.MapKeysEq(valPre, val.Phrase) {
err.Panic(err.New("Lang phrase not equivalent: "+keyPre+", "+key, 0))
}
valPre = val.Phrase
keyPre = key
}
toparse := new(parser.ToParse)
toparse.Delimiter[0] = []byte("{{")
toparse.Delimiter[1] = []byte("}}")
toparse.ParseTag = parseTag
toparse.ParseText = parseText
for key, item := range tmpLangs {
lang := &Tlang{
items: make(map[string]*titem),
Plural: item.Plural,
Lists: item.Lists,
PluralRule: plural.PluralRules[item.PluralRule],
F: make(map[string]func([]interface{}) []byte),
}
if lang.PluralRule == nil && len(lang.Plural) > 0 {
err.Panic(err.New("Not found plural rule: '"+item.PluralRule+"'", 0))
}
for keyPhrase, itemPhrase := range item.Phrase {
lang.items[keyPhrase] = &titem{items: parser.Parse([]byte(itemPhrase), toparse), contextCount: -1}
}
existLang := t.lang[key]
if existLang == nil {
t.lang[key] = lang
} else {
// add phrase
for key, val := range lang.items {
existLang.items[key] = val
}
// add plural
for key, val := range lang.Plural {
existLang.Plural[key] = val
}
// add lists
for key, val := range lang.Lists {
existLang.Lists[key] = val
}
}
}
}