Method gMap

gen/encode.go:279–316

(m *Map)

}

func (e *encodeGen) gMap(m *Map) {
	if !e.p.ok() {
		return
	}
	e.fuseHook()
	vname := m.Varname()
	e.writeAndCheckWithMapLimit(mapHeader, lenAsUint32, vname)

	e.p.printf("\nfor %s, %s := range %s {", m.Keyidx, m.Validx, vname)
	if m.Key != nil {
		if m.AllowBinMaps {
			e.ctx.PushVar(m.Keyidx)
			m.Key.SetVarname(m.Keyidx)
			next(e, m.Key)
			e.ctx.Pop()
		} else {
			keyIdx := m.Keyidx
			if key, ok := m.Key.(*BaseElem); ok {
				if m.AutoMapShims && CanAutoShim[key.Value] {
					keyIdx = fmt.Sprintf("msgp.AutoShim{}.%sString(%s(%s))", key.Value.String(), strings.ToLower(key.Value.String()), keyIdx)
				} else if key.Value == String {
					keyIdx = fmt.Sprintf("%s(%s)", key.ToBase(), keyIdx)
				} else if key.alias != "" {
					keyIdx = fmt.Sprintf("string(%s)", keyIdx)
				}
			}
			e.writeAndCheck(stringTyp, literalFmt, keyIdx)
		}
	} else {
		e.writeAndCheck(stringTyp, literalFmt, m.Keyidx)
	}
	e.ctx.PushVar(m.Keyidx)
	m.Value.SetIsAllowNil(false)
	setTypeParams(m.Value, m.typeParams)
	next(e, m.Value)
	e.ctx.Pop()
	e.p.closeblock()
}

func (e *encodeGen) gPtr(s *Ptr) {
	if !e.p.ok() {