icebergs/info.go

package ice

import (
	"io"
	"reflect"
	"strings"

	kit "shylinux.com/x/toolkits"
	"shylinux.com/x/toolkits/miss"
)

type MakeInfo struct {
	Username string
	Hostname string
	Path     string
	Time     string
	Git      string
	Go       string

	Remote  string
	Branch  string
	Version string
	Forword string
	Author  string
	Email   string
	Hash    string
	When    string
	Message string

	Domain string
	Module string
	System string
}

func (s MakeInfo) Versions() string {
	if s.Hash == "" {
		return ""
	}
	if s.Version == "" {
		return s.Hash[:6]
	}
	if kit.IsIn(s.Forword, "", "0") {
		return s.Version
	}
	return kit.Format("%s-%s-%s", s.Version, s.Forword, s.Hash[:6])
}

var Info = struct {
	Make MakeInfo

	Username string
	Hostname string
	Pathname string
	PidPath  string
	Colors   bool

	System    string
	Domain    string
	NodeType  string
	NodeName  string
	Localhost bool
	Important bool

	File  Maps
	Gomod Maps
	Route Maps
	Index Map
	Stack map[string]func(m *Message, key string, arg ...Any) Any

	merges   []Any
	render   map[string]func(*Message, ...Any) string
	OpenFile func(m *Message, p string) (io.ReadCloser, error)
	Load     func(m *Message, key ...string) *Message
	Save     func(m *Message, key ...string) *Message
	Log      func(m *Message, p, l, s string)
}{
	Localhost: true,

	File:  Maps{},
	Gomod: Maps{},
	Route: Maps{},
	Index: Map{},
	Stack: map[string]func(m *Message, key string, arg ...Any) Any{},

	render:   map[string]func(*Message, ...Any) string{},
	OpenFile: func(m *Message, p string) (io.ReadCloser, error) { return miss.OpenFile(p) },
	Load:     func(m *Message, key ...string) *Message { return m },
	Save:     func(m *Message, key ...string) *Message { return m },
	Log:      func(m *Message, p, l, s string) {},
}

func AddMergeAction(h ...Any) { Info.merges = append(Info.merges, h...) }

func MergeHand(hand ...Handler) Handler {
	if len(hand) == 0 {
		return nil
	}
	if len(hand) == 1 {
		return hand[0]
	}
	return func(m *Message, arg ...string) {
		for _, h := range hand {
			if h != nil {
				h(m, arg...)
			}
		}
	}
}
func MergeActions(arg ...Any) Actions {
	if len(arg) == 0 {
		return nil
	}
	list := arg[0].(Actions)
	if list == nil {
		list = Actions{}
	}
	for _, from := range arg[1:] {
		switch from := from.(type) {
		case Actions:
			for k, v := range from {
				if h, ok := list[k]; !ok {
					list[k] = v
				} else if k == CTX_INIT {
					h.Hand = MergeHand(v.Hand, h.Hand)
				} else if k == CTX_EXIT {
					h.Hand = MergeHand(h.Hand, v.Hand)
				} else if h.Name = kit.Select(v.Name, h.Name); h.Hand == nil {
					h.Hand = v.Hand
				}
			}
		case string:
			h := list[CTX_INIT]
			if h == nil {
				list[CTX_INIT] = &Action{}
				h = list[CTX_INIT]
			}
			h.Hand = MergeHand(h.Hand, func(m *Message, arg ...string) {
				_cmd := m._cmd
				m.Search(from, func(p *Context, s *Context, key string, cmd *Command) {
					for k, v := range cmd.Actions {
						func(k string) {
							if h, ok := list[k]; !ok {
								list[k] = &Action{Name: v.Name, Help: v.Help, Hand: func(m *Message, arg ...string) { m.Cmdy(from, k, arg) }}
							} else if h.Hand == nil {
								h.Hand = func(m *Message, arg ...string) { m.Cmdy(from, k, arg) }
							}
							if help := kit.Split(v.Help, " :："); len(help) > 0 {
								if kit.Value(_cmd.Meta, kit.Keys("_trans", strings.TrimPrefix(k, "_")), help[0]); len(help) > 1 {
									kit.Value(_cmd.Meta, kit.Keys("_title", k), help[1])
								}
							}
							kit.If(len(v.List) > 0, func() { _cmd.Meta[k] = v.List })
						}(k)
					}
				})
			})
		default:
			Pulse.ErrorNotImplement(from)
		}
	}
	return list
}
func SplitCmd(name string, actions Actions) (list []Any) {
	const (
		TEXT     = "text"
		TEXTAREA = "textarea"
		PASSWORD = "password"
		SELECT   = "select"
		BUTTON   = "button"
	)
	const (
		RUN     = "run"
		REFRESH = "refresh"
		LIST    = "list"
		BACK    = "back"
		AUTO    = "auto"
		PAGE    = "page"
		ARGS    = "args"
		CONTENT = "content"
	)
	item, button := kit.Dict(), false
	push := func(arg ...string) {
		button = kit.Select("", arg, 0) == BUTTON
		item = kit.Dict(TYPE, kit.Select("", arg, 0), NAME, kit.Select("", arg, 1), ACTION, kit.Select("", arg, 2))
		list = append(list, item)
	}
	ls := kit.Split(name, SP, "*:=@")
	for i := 1; i < len(ls); i++ {
		switch ls[i] {
		case RUN:
			push(BUTTON, ls[i])
		case REFRESH:
			push(BUTTON, ls[i], AUTO)
		case LIST:
			push(BUTTON, ls[i], AUTO)
		case AUTO:
			push(BUTTON, LIST, AUTO)
			push(BUTTON, BACK)
		case PAGE:
			push(BUTTON, "prev")
			push(BUTTON, "next")
			push(TEXT, "offend")
			push(TEXT, "limit")
		case ARGS, CONTENT, TEXTAREA, TEXT:
			push(TEXTAREA, ls[i])
		case PASSWORD:
			push(PASSWORD, ls[i])
		case "*":
			item["need"] = "must"
		case DF:
			if item[TYPE] = kit.Select("", ls, i+1); item[TYPE] == BUTTON {
				button = true
			}
			i++
		case EQ:
			if value := kit.Select("", ls, i+1); strings.Contains(value, FS) {
				vs := kit.Split(value)
				if strings.Count(value, vs[0]) > 1 {
					item["values"] = vs[1:]
				} else {
					item["values"] = vs
				}
				item[VALUE] = vs[0]
				item[TYPE] = SELECT
			} else {
				item[VALUE] = value
			}
			i++
		case AT:
			item[ACTION] = kit.Select("", ls, i+1)
			i++
		default:
			push(kit.Select(TEXT, BUTTON, button || actions != nil && actions[ls[i]] != nil), ls[i])
		}
	}
	return list
}
func Module(prefix string, arg ...Any) {
	list := map[string]Any{}
	for _, v := range arg {
		list[kit.FuncName(v)] = v
	}
	Info.Stack[prefix] = func(m *Message, key string, arg ...Any) Any {
		if len(arg) > 0 {
			switch v := arg[0].(type) {
			case *Message:
				m, arg = v, arg[1:]
			}
		}
		if v, ok := list[key]; ok {
			switch v := v.(type) {
			case func(m *Message):
				v(m)
			case func(m *Message, arg ...Any):
				v(m, arg...)
			case func(m *Message, arg ...Any) string:
				return v(m, arg...)
			case func(m *Message, arg ...Any) *Message:
				return v(m, arg...)
			case func(m *Message, arg ...string) *Message:
				return v(m, kit.Simple(arg...)...)
			default:
				cb, args := reflect.ValueOf(v), []reflect.Value{reflect.ValueOf(m)}
				kit.For(arg, func(v Any) { args = append(args, reflect.ValueOf(v)) })
				if res := cb.Call(args); len(res) > 0 && res[0].CanInterface() {
					return res[0].Interface()
				}
			}
		} else {
			m.ErrorNotImplement(key)
		}
		return m
	}
}