weichen
43297795f5
ci / vet-and-test (pull_request) Successful in 48s
Why: Real-run before/after evidence (phase01 card) showed later turns never re-read the uploaded source (0 original reads in plan-followup) because the attachment only existed in the current turn's injection and the context window hard default was 32000 chars - a 25k-char transcript tripped the clear-on-first request, replacing old tool results with a pointer the model has no tool to follow. MiniMax is an interleaved-thinking model whose docs require <think> blocks in assistant history; dropping them degrades later turns. Evidence: SELF - new tests TestThinkReplayWrapsAssistantHistory, TestContextWindowScalesFromTokens, TestThinkReplayEnabled, TestPersistInputTextsAndListWorkspaceInputs; go test ./internal/... passes; live before/after comparison on the golden task set recorded on the phase02 task card per the new policy clause. Impact: models.chat.contextWindow/outputReserve/contextBuffer (tokens, defaults 128k/16k/4k) drive the in-run clear threshold, converted to chars; cleared tool results spill to <sandbox>/.agent/results with readable paths; attachment parse text persists as inputs/<name>.md and the env section lists all workspace inputs every turn; context.thinkReplay (auto|on|off, auto = MiniMax) replays thinking blocks into request-side assistant history only.
83 lines
2.3 KiB
Go
83 lines
2.3 KiB
Go
package runmgr
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import (
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"context"
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"time"
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"agent-native/runtime/memory"
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"agent-system-backend/internal/store"
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core "agent-system-core"
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)
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// storeMemory 把 agent-native 的记忆端口接到 memory_entries 表（N3 WP5）。
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// owner/项目态由适配器持有（端口本身不传租户态）。
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type storeMemory struct {
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st *store.Store
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owner string
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projectID string
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}
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// NewStoreMemory 构建端口实现（owner 为空时用默认租户）。
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func NewStoreMemory(st *store.Store, owner, projectID string) memory.Store {
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if owner == "" {
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owner = store.OwnerDefault
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}
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return &storeMemory{st: st, owner: owner, projectID: projectID}
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}
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// Recall 按 scope 过滤（空 = 不限，保持迁移前 Memories() 的全量语义），
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// 过期与空内容条目的剔除与文案渲染在 memory.Block（同一形态）。
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func (m *storeMemory) Recall(ctx context.Context, q memory.RecallQuery) ([]memory.Entry, error) {
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projectID := ""
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if q.Scope == "project" {
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projectID = m.projectID
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}
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list, err := m.st.ListMemory(m.owner, q.Scope, projectID)
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if err != nil {
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return nil, err
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}
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limit := q.Limit
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if limit <= 0 {
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limit = memory.MaxRecallEntries
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}
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out := make([]memory.Entry, 0, len(list))
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for _, e := range list {
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out = append(out, memory.Entry{
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ID: e.ID, Scope: e.Scope, ProjectID: string(e.ProjectID), Type: e.Type,
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Content: e.Content, Source: e.Source, Confidence: e.Confidence,
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CreatedAt: e.CreatedAt, ExpiresAt: e.ExpiresAt,
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})
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if len(out) >= limit {
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break
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}
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}
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return out, nil
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}
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// StoreMemory 是 runCtx 的端口出口（llm_direct 经接口断言取用）。
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func (c *runCtx) StoreMemory() memory.Store {
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if c.mgr == nil || c.mgr.st == nil {
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return nil
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}
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return NewStoreMemory(c.mgr.st, c.run.Owner, c.run.ProjectID)
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}
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// Append 写回一条（project scope 用适配器的项目上下文）。
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func (m *storeMemory) Append(ctx context.Context, e memory.Entry) error {
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projectID := e.ProjectID
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if e.Scope == "project" && projectID == "" {
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projectID = m.projectID
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}
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now := time.Now().UTC()
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created := e.CreatedAt
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if created.IsZero() {
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created = now
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}
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_, err := m.st.PutMemory(m.owner, core.MemoryEntry{
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ID: e.ID, Scope: e.Scope, ProjectID: core.ID(projectID), Type: e.Type,
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Content: e.Content, Source: e.Source, Confidence: e.Confidence,
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CreatedAt: created, ExpiresAt: e.ExpiresAt,
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})
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return err
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}
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