mirror of
https://gitcode.com/JianFeeeee/HomeAgent.git
synced 2026-09-21 17:38:10 +00:00
f91b20ee16
- 删除 OpenAIProvider/OllamaProvider 死代码，LuaAdaptedProvider 独存 - DisableThinking 从 ExtraBody 移到 CompletionRequest 顶层字段 - ContextWindow 从 Provider 签名移到 BaseConfig/ModelContextWindow() 统管 - 确认 CleanText 仅做基本空白 trim，QQ 模板剥离归插件 Cleaner - Cleaner/NoMemory 仅作用于向量计算和 jieba 分词层，原文不变 - context.ContextEvent/Doc.Content 始终保存原文 - 删除 nlp/download.go 死代码 - media.go: context.Background() -> a.ctx 级联 - clawhubadapter: HTTP 超时 - cut.go: 跨平台 mod cache 路径 (GOMODCACHE->GOPATH->HomeDir) - bridge_e2e_test: 移除未用 runtime import - lua 适配器: disable_thinking 传参
369 lines
12 KiB
Go
369 lines
12 KiB
Go
package memory
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import (
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"fmt"
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"regexp"
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"sort"
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"testing"
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)
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// cleanQQTemplate 剥离 QQ 工具调用模板与时间戳噪声。
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// 仅用于测试——生产环境中由 QQ 外置插件的工具 Cleaner 完成。
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func cleanQQTemplate(text string) string {
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reQQGroupSuffix := regexp.MustCompile(`，通过id\d+使用qq_get_message工具获取消息正文。获取内容后使用 output_send\(channel="qq"\) 回复该群聊，content 设为 JSON 字符串：\{[^}]*\}`)
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reQQPrivateSuffix := regexp.MustCompile(`，通过id\d+使用qq_get_message工具获取消息正文。获取内容后使用 output_send\(channel="qq"\) 回复对方，content 设为 JSON 字符串：\{[^}]*\}`)
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reQQOldReply := regexp.MustCompile(`通过id\d+使用qq_get_message工具获取消息正文。获取后必须使用[^。]+。`)
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reQQOldForbid := regexp.MustCompile(`你只能通过qq_get_message先看消息，然后直接用%!s\(MISSING\)send_private_msg回复对方，中间的思考过程禁止调用任何其他工具\s*→\s*`)
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reQQGeneral := regexp.MustCompile(`通过id\d+使用qq_get_message工具获取消息正文[。，][^。]*?(?:回复|发送消息)`)
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reTimestamp := regexp.MustCompile(`\[\d{2}:\d{2}\]\s*`)
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reMultiSpace := regexp.MustCompile(`\s+`)
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text = reQQGroupSuffix.ReplaceAllString(text, "")
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text = reQQPrivateSuffix.ReplaceAllString(text, "")
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text = reQQOldReply.ReplaceAllString(text, "")
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text = reQQOldForbid.ReplaceAllString(text, "")
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text = reQQGeneral.ReplaceAllString(text, "")
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text = reTimestamp.ReplaceAllString(text, "")
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text = reMultiSpace.ReplaceAllString(text, " ")
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return text
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}
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type cleanTestEvent struct {
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idx int
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source string
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input string
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response string
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rawText string
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cleanedText string
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topic string
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}
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func TestCleanStressPrecision(t *testing.T) {
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events := genStressEvents(200)
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topics := []string{"大学招生", "老大私聊", "前端开发", "服务器运维", "股票基金"}
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e := NewStaticEmbedder("/tmp/cc.zh.sample.vec")
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if !e.Loaded() {
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t.Skip("embedder not loaded")
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}
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for _, cleanMode := range []bool{true, false} {
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t.Run(fmt.Sprintf("去模版=%v", cleanMode), func(t *testing.T) {
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usedTopics := make([]string, 0)
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for _, tp := range topics {
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if hasTopicEvents(events, tp) {
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usedTopics = append(usedTopics, tp)
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}
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}
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if len(usedTopics) == 0 {
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t.Fatal("no events for any topic")
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}
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t.Logf("topics: %v, events: %d", usedTopics, len(events))
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for _, qTopic := range usedTopics {
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query := queryForTopic(qTopic)
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qVec := e.Vectorize(query)
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type scored struct {
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idx int
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topic string
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text string
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score float64
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}
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all := make([]scored, len(events))
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for i, ev := range events {
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text := ev.rawText
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if cleanMode {
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text = ev.cleanedText
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}
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vec := e.Vectorize(text)
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all[i] = scored{idx: i, topic: ev.topic, text: text, score: cosineSim(qVec, vec)}
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}
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sort.Slice(all, func(i, j int) bool { return all[i].score > all[j].score })
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topK := len(usedTopics) * 2
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if topK > len(all) {
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topK = len(all)
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}
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intraHits := 0
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for _, s := range all[:topK] {
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if s.topic == qTopic {
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intraHits++
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}
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}
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expected := countTopicEvents(events, qTopic)
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if expected > topK {
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expected = topK
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}
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recall := float64(intraHits) / float64(expected)
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if recall < 0.3 {
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t.Logf(" [LOW] query=%q topK=%d intra=%d/%d recall=%.2f", qTopic, topK, intraHits, expected, recall)
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for _, s := range all[:8] {
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t.Logf(" [%.4f] %s", s.score, trimLen(s.text, 60))
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}
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} else {
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t.Logf(" [OK] query=%q topK=%d intra=%d/%d recall=%.2f", qTopic, topK, intraHits, expected, recall)
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}
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}
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})
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}
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}
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func TestCleanStressCrossTopic(t *testing.T) {
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events := genStressEvents(200)
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e := NewStaticEmbedder("/tmp/cc.zh.sample.vec")
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if !e.Loaded() {
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t.Skip("embedder not loaded")
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}
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queries := []string{
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"河南医药大学录取分数线",
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"老大发了什么私聊消息",
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"前端组件怎么封装布局",
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"服务器部署配置代理备份证书",
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"基金定投收益计算",
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}
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for _, q := range queries {
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qVec := e.Vectorize(q)
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t.Logf("query: %q", q)
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type scored struct {
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idx int
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topic string
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score float64
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}
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all := make([]scored, len(events))
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for i, ev := range events {
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all[i] = scored{idx: i, topic: ev.topic, score: cosineSim(qVec, e.Vectorize(ev.cleanedText))}
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}
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sort.Slice(all, func(i, j int) bool { return all[i].score > all[j].score })
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topScores := make(map[string]float64)
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for _, s := range all[:10] {
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if _, ok := topScores[s.topic]; !ok {
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topScores[s.topic] = s.score
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}
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}
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for tp, sc := range topScores {
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t.Logf(" [%.4f] %s", sc, tp)
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}
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}
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}
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func TestCleanTemplateNoiseSuppression(t *testing.T) {
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e := NewStaticEmbedder("/tmp/cc.zh.sample.vec")
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if !e.Loaded() {
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t.Skip("embedder not loaded")
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}
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noisyInput := `来自小王的（扶高升学咨询群）群聊消息，通过id99使用qq_get_message工具获取消息正文。获取内容后使用 output_send(channel="qq") 回复该群聊，content 设为 JSON 字符串：{"content":"你的回复","group_id":979911915}`
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cleanInput := `来自小王的（扶高升学咨询群）群聊消息`
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query := "扶高升学咨询群"
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qClear := e.Vectorize(query)
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qNoisy := e.Vectorize(noisyInput)
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qClean := e.Vectorize(cleanInput)
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n2c := cosineSim(qNoisy, qClean)
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n2q := cosineSim(qNoisy, qClear)
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c2q := cosineSim(qClean, qClear)
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t.Logf("noisy(%q) vs clean(%q) = %.4f", noisyInput[:30], cleanInput, n2c)
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t.Logf("noisy vs query(%q) = %.4f", query, n2q)
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t.Logf("clean vs query = %.4f", c2q)
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if c2q <= n2q {
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t.Log("NOTE: clean not better than noisy for this pattern (may have useful info in metadata)")
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}
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}
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func TestCleanVectorConsistency(t *testing.T) {
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e := NewStaticEmbedder("/tmp/cc.zh.sample.vec")
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if !e.Loaded() {
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t.Skip("embedder not loaded")
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}
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templates := []string{
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`通过id1使用qq_get_message工具获取消息正文。获取内容后使用 output_send(channel="qq") 回复该群聊，content 设为 JSON 字符串：{"content":"你的回复","group_id":1}`,
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`通过id2使用qq_get_message工具获取消息正文。获取内容后使用 output_send(channel="qq") 回复对方，content 设为 JSON 字符串：{"content":"你的回复","user_id":2}`,
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`通过id3使用qq_get_message工具获取消息正文。获取后必须使用qq_send_private_msg工具回复对方，不得使用其他非回复工具。`,
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`[12:00] agent: 处理完成`,
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}
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for _, tmpl := range templates {
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cleaned := CleanText(tmpl)
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t.Logf("template {%q} → {%q} (%d chars)", trimLen(tmpl, 60), cleaned, len(cleaned))
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}
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pairs := []struct {
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a, b string
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reason string
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}{
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{cleanQQGroup("A", "群1"), cleanQQGroup("B", "群1"), "同群不同人"},
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{cleanQQGroup("A", "群1"), cleanQQGroup("A", "群2"), "同人不同群"},
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{cleanQQPrivate("老大"), cleanQQPrivate("老板"), "私聊不同人"},
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{cleanQQGroup("A", "高考群"), cleanQQPrivate("老大"), "群聊vs私聊"},
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}
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for _, p := range pairs {
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va := e.Vectorize(p.a)
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vb := e.Vectorize(p.b)
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sim := cosineSim(va, vb)
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t.Logf("sim(%q, %q) [%s] = %.4f", trimLen(p.a, 40), trimLen(p.b, 40), p.reason, sim)
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}
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}
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func BenchmarkCleanVectorize(b *testing.B) {
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e := NewStaticEmbedder("/tmp/cc.zh.sample.vec")
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if !e.Loaded() {
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b.Skip("embedder not loaded")
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}
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texts := make([]string, 100)
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for i := range texts {
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texts[i] = fmt.Sprintf(
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`【重要！老大消息】来自—/的私聊消息，通过id%d使用qq_get_message工具获取消息正文。获取内容后使用 output_send(channel="qq") 回复对方，content 设为 JSON 字符串：{"content":"你的回复","user_id":%d}`,
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i, 1000+i,
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)
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}
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b.ResetTimer()
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for i := 0; i < b.N; i++ {
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e.VectorizeClean(texts[i%len(texts)])
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}
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}
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// --- test data generators ---
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func genStressEvents(n int) []cleanTestEvent {
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if n <= 0 {
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return nil
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}
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topics := []string{"大学招生", "老大私聊", "前端开发", "服务器运维", "股票基金"}
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events := make([]cleanTestEvent, 0, n)
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names := []string{"小明", "小红", "小张", "老王", "老大", "小李", "小王", "小赵"}
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groups := []string{"扶高升学咨询群", "前端技术交流", "服务器运维群", "基金定投群", "闲聊群"}
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topicContent := map[string]struct {
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keywords []string
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sources []string
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}{
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"大学招生": {[]string{"河南医药大学", "录取分数线", "专业排名", "高考志愿", "招生简章"}, []string{"qq", "qq", "agent"}},
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"老大私聊": {[]string{"老大私聊消息", "回复老大", "任务安排", "汇报工作", "收到"}, []string{"qq", "agent", "agent"}},
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"前端开发": {[]string{"前端组件封装", "页面路由配置", "界面布局设计", "交互逻辑开发", "代码调试优化"}, []string{"cli", "cli", "agent"}},
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"服务器运维": {[]string{"反向代理配置", "容器部署方案", "证书续期", "数据库备份恢复", "监控告警处理"}, []string{"cli", "agent", "agent"}},
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"股票基金": {[]string{"基金定投策略", "股票涨跌分析", "理财收益计算", "市场行情分析", "投资风险管理"}, []string{"qq", "qq", "agent"}},
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}
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for i := 0; i < n; i++ {
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tp := topics[i%len(topics)]
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info := topicContent[tp]
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kw := info.keywords[i%len(info.keywords)]
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nm := names[i%len(names)]
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grp := groups[i%len(groups)]
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src := info.sources[i%len(info.sources)]
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var input, response string
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switch src {
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case "qq":
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if tp == "老大私聊" {
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input = fmt.Sprintf(`【重要！老大消息】来自%s的私聊消息，通过id%d使用qq_get_message工具获取消息正文。获取内容后使用 output_send(channel="qq") 回复对方，content 设为 JSON 字符串：{"content":"你的回复","user_id":%d}`, nm, i, 1000+i)
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if i%3 == 0 {
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response = fmt.Sprintf("已回复老大，关于%s", kw)
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}
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} else {
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input = fmt.Sprintf(`来自%s的（%s）群聊消息，通过id%d使用qq_get_message工具获取消息正文。获取内容后使用 output_send(channel="qq") 回复该群聊，content 设为 JSON 字符串：{"content":"你的回复","group_id":%d}`, nm, grp, i, 9000+i)
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if i%3 == 0 {
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response = fmt.Sprintf("已回复%s相关的问题", kw)
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}
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}
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case "agent":
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input = fmt.Sprintf(`来自%s的（%s）消息`, nm, grp)
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response = fmt.Sprintf("关于%s，我的建议是...已处理完成。", kw)
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case "cli":
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input = fmt.Sprintf("查询%s的相关信息", kw)
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response = fmt.Sprintf("查到了%s的结果", kw)
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}
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cleaned := cleanEventText(src, input, response)
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raw := rawEventText(src, input, response)
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events = append(events, cleanTestEvent{
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idx: i,
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source: src,
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input: input,
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response: response,
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rawText: raw,
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cleanedText: cleaned,
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topic: tp,
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})
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}
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return events
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}
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func cleanEventText(source, input, response string) string {
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// 先做基础 CleanText（去空格/逗号），再做模板噪音清理
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switch {
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case source == "agent" && response != "":
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return cleanQQTemplate(CleanText(response))
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case source == "cold_storage":
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return cleanQQTemplate(CleanText(input + " " + response))
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default:
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return cleanQQTemplate(CleanText(input))
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}
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}
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func rawEventText(source, input, response string) string {
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if response == "" {
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return input
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}
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return input + " " + response
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}
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func queryForTopic(topic string) string {
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switch topic {
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case "大学招生":
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return "河南医药大学录取分数线多少"
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case "老大私聊":
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return "老大刚才说了什么私聊消息"
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case "前端开发":
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return "前端组件怎么封装布局"
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case "服务器运维":
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return "服务器部署容器代理配置证书备份监控告警"
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case "股票基金":
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return "基金定投收益怎么样"
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default:
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return topic
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}
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}
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func hasTopicEvents(events []cleanTestEvent, topic string) bool {
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for _, ev := range events {
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if ev.topic == topic {
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return true
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}
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}
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return false
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}
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func countTopicEvents(events []cleanTestEvent, topic string) int {
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n := 0
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for _, ev := range events {
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if ev.topic == topic {
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n++
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}
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}
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return n
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}
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func cleanQQGroup(user, group string) string {
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return fmt.Sprintf("来自%s的（%s）群聊消息", user, group)
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}
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func cleanQQPrivate(user string) string {
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return fmt.Sprintf("【重要！老大消息】来自%s的私聊消息", user)
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}
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