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// Copyright (C) MongoDB, Inc. 2017-present. // // Licensed under the Apache License, Version 2.0 (the "License"); you may // not use this file except in compliance with the License. You may obtain // a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 package bsoncodec import ( "reflect" "sync" "sync/atomic" ) // Runtime check that the kind encoder and decoder caches can store any valid // reflect.Kind constant. func init() { if s := reflect.Kind(len(kindEncoderCache{}.entries)).String(); s != "kind27" { panic("The capacity of kindEncoderCache is too small.\n" + "This is due to a new type being added to reflect.Kind.") } } // statically assert array size var _ = (kindEncoderCache{}).entries[reflect.UnsafePointer] var _ = (kindDecoderCache{}).entries[reflect.UnsafePointer] type typeEncoderCache struct { cache sync.Map // map[reflect.Type]ValueEncoder } func (c *typeEncoderCache) Store(rt reflect.Type, enc ValueEncoder) { c.cache.Store(rt, enc) } func (c *typeEncoderCache) Load(rt reflect.Type) (ValueEncoder, bool) { if v, _ := c.cache.Load(rt); v != nil { return v.(ValueEncoder), true } return nil, false } func (c *typeEncoderCache) LoadOrStore(rt reflect.Type, enc ValueEncoder) ValueEncoder { if v, loaded := c.cache.LoadOrStore(rt, enc); loaded { enc = v.(ValueEncoder) } return enc } func (c *typeEncoderCache) Clone() *typeEncoderCache { cc := new(typeEncoderCache) c.cache.Range(func(k, v interface{}) bool { if k != nil && v != nil { cc.cache.Store(k, v) } return true }) return cc } type typeDecoderCache struct { cache sync.Map // map[reflect.Type]ValueDecoder } func (c *typeDecoderCache) Store(rt reflect.Type, dec ValueDecoder) { c.cache.Store(rt, dec) } func (c *typeDecoderCache) Load(rt reflect.Type) (ValueDecoder, bool) { if v, _ := c.cache.Load(rt); v != nil { return v.(ValueDecoder), true } return nil, false } func (c *typeDecoderCache) LoadOrStore(rt reflect.Type, dec ValueDecoder) ValueDecoder { if v, loaded := c.cache.LoadOrStore(rt, dec); loaded { dec = v.(ValueDecoder) } return dec } func (c *typeDecoderCache) Clone() *typeDecoderCache { cc := new(typeDecoderCache) c.cache.Range(func(k, v interface{}) bool { if k != nil && v != nil { cc.cache.Store(k, v) } return true }) return cc } // atomic.Value requires that all calls to Store() have the same concrete type // so we wrap the ValueEncoder with a kindEncoderCacheEntry to ensure the type // is always the same (since different concrete types may implement the // ValueEncoder interface). type kindEncoderCacheEntry struct { enc ValueEncoder } type kindEncoderCache struct { entries [reflect.UnsafePointer + 1]atomic.Value // *kindEncoderCacheEntry } func (c *kindEncoderCache) Store(rt reflect.Kind, enc ValueEncoder) { if enc != nil && rt < reflect.Kind(len(c.entries)) { c.entries[rt].Store(&kindEncoderCacheEntry{enc: enc}) } } func (c *kindEncoderCache) Load(rt reflect.Kind) (ValueEncoder, bool) { if rt < reflect.Kind(len(c.entries)) { if ent, ok := c.entries[rt].Load().(*kindEncoderCacheEntry); ok { return ent.enc, ent.enc != nil } } return nil, false } func (c *kindEncoderCache) Clone() *kindEncoderCache { cc := new(kindEncoderCache) for i, v := range c.entries { if val := v.Load(); val != nil { cc.entries[i].Store(val) } } return cc } // atomic.Value requires that all calls to Store() have the same concrete type // so we wrap the ValueDecoder with a kindDecoderCacheEntry to ensure the type // is always the same (since different concrete types may implement the // ValueDecoder interface). type kindDecoderCacheEntry struct { dec ValueDecoder } type kindDecoderCache struct { entries [reflect.UnsafePointer + 1]atomic.Value // *kindDecoderCacheEntry } func (c *kindDecoderCache) Store(rt reflect.Kind, dec ValueDecoder) { if rt < reflect.Kind(len(c.entries)) { c.entries[rt].Store(&kindDecoderCacheEntry{dec: dec}) } } func (c *kindDecoderCache) Load(rt reflect.Kind) (ValueDecoder, bool) { if rt < reflect.Kind(len(c.entries)) { if ent, ok := c.entries[rt].Load().(*kindDecoderCacheEntry); ok { return ent.dec, ent.dec != nil } } return nil, false } func (c *kindDecoderCache) Clone() *kindDecoderCache { cc := new(kindDecoderCache) for i, v := range c.entries { if val := v.Load(); val != nil { cc.entries[i].Store(val) } } return cc }