func _url(action_name string, r *lang.Route, s *lang.Sentence, i ...interface{}) string {
f := lang.NewURLEncoder(r, s)
if len(i)%2 == 1 {
panic("Must be even.")
}
inp := convert.ListToMap(i...)
return f.UrlString(action_name, inp)
}
// Mainly designed to work from Get or GetSingle
func getSub(uni *context.Uni, noun string, params ...interface{}) []interface{} {
if uni.Route == nil && uni.Sentence == nil {
panic("Nothing to do here.")
}
s := uni.Sentence
r := uni.Route
var path string
var urls []map[string]interface{}
if s.Verb != "Get" && s.Verb != "GetSingle" {
path = "/" + strings.Join(r.Words, "/") + "/" + noun
urls = append(urls, r.Queries...)
urls = append(urls, convert.ListToMap(params...))
} else {
path = "/" + strings.Join(r.Words, "/") + "/" + noun
urls = append(urls, r.Queries[:len(r.Queries)-1]...)
urls = append(urls, convert.ListToMap(params...))
}
desc, err := glue.Identify(path, uni.Opt["nouns"].(map[string]interface{}), lang.EncodeQueries(urls, false))
inp, data, err := desc.CreateInputs(uni.FilterCreator)
if err != nil {
panic(err)
}
if data != nil {
inp = append(inp, data)
}
module := uni.NewModule(desc.VerbLocation)
if !module.Exists() {
panic("Module does not exist.")
}
ins := module.Instance()
ret := []interface{}{}
ret_rec := func(i ...interface{}) {
ret = i
}
ins.Method(uni.Sentence.Verb).Call(ret_rec, inp...)
return ret
}
func getList(uni *context.Uni, noun string, params ...interface{}) []interface{} {
values := convert.ListToMap(params...)
desc, err := glue.Identify("/"+noun, uni.Opt["nouns"].(map[string]interface{}), values)
inp, data, err := desc.CreateInputs(uni.FilterCreator)
if err != nil {
panic(err)
}
if data != nil {
inp = append(inp, data)
}
module := uni.NewModule(desc.VerbLocation)
if !module.Exists() {
panic("Module does not exist.")
}
ins := module.Instance()
ret := []interface{}{}
ret_rec := func(i ...interface{}) {
ret = i
}
ins.Method("Get").Call(ret_rec, inp...)
return ret
}