// decodePath shows how to use the DecodePath API call.
func decodePath() {
type UserType struct {
UserTypeID int
UserTypeName string
}
type NumberFormat struct {
DecimalSeparator string `jpath:"userContext.preferenceInfo.numberFormat.decimalSeparator"`
GroupingSeparator string `jpath:"userContext.preferenceInfo.numberFormat.groupingSeparator"`
GroupPattern string `jpath:"userContext.preferenceInfo.numberFormat.groupPattern"`
}
type User struct {
Session string `jpath:"userContext.cobrandConversationCredentials.sessionToken"`
CobrandID int `jpath:"userContext.cobrandId"`
UserType UserType `jpath:"userType"`
LoginName string `jpath:"loginName"`
NumberFormat // This can also be a pointer to the struct (*NumberFormat).
}
doc := []byte(decodePathDoc)
var docMap map[string]interface{}
json.Unmarshal(doc, &docMap)
var u User
ms.DecodePath(docMap, &u)
fmt.Printf("DecodePath : %+v\n", u)
}
// decodePath shows how to use the DecodePath API call with an array of
// sub documents.
func decodePathArray() {
type Animal struct {
Barks string `jpath:"barks"`
}
type People struct {
Name string `jpath:"name"` // jpath is relative to the array.
Age int `jpath:"age.birth"`
Animals []Animal `jpath:"age.animals"`
}
type Items struct {
Peoples []People `jpath:"people"` // Specify the location of the array.
}
doc := []byte(decodePathArrayDoc)
var docMap map[string]interface{}
json.Unmarshal(doc, &docMap)
var items Items
ms.DecodePath(docMap, &items)
fmt.Printf("DecodePathArray : %+v\n", items)
}
