后端: trace/graph.go(RunGraph 图构建器,kind/status 映射,父子优先连线,脱敏白名单+截断);
loop/flow.go(FlowPublisher 按会话增量发布 ws.graph_update,仅主人web会话); loop span
start/finish 折入图; run.go StartRound/EndRound; wire.go 组装+注入.
前端: Flow.tsx(全链路流程页:FlowGraphView+会话/节点/开始/耗时卡片+状态计数+节点点开日志);
FlowGraph 组件加 onNodeClick; types/wsParse 扩展; router/sections/AdminApp 注册 flow;
api-client.md §3.5 graph_update 契约.
验证: 后端 build/vet/test 全绿+flow_test.go 集成(span→graph→ws.graph_update主干); 前端 build 绿.
红线: 单二进制零新依赖; 工具参数/结果脱敏; 仅主人web会话; 身份靠actor元数据; 只读不虚构.
P2(并行子代理分支/泳道/节点实时日志)后置.
125 lines
6.9 KiB
Go
125 lines
6.9 KiB
Go
package loop
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import (
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"context"
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"log/slog"
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"git.yeij.top/AskaEth/Cyrene_v2/internal/runtime/agent"
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"git.yeij.top/AskaEth/Cyrene_v2/internal/runtime/capacity"
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"git.yeij.top/AskaEth/Cyrene_v2/internal/runtime/guardrail"
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"git.yeij.top/AskaEth/Cyrene_v2/internal/runtime/memory"
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"git.yeij.top/AskaEth/Cyrene_v2/internal/runtime/model"
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"git.yeij.top/AskaEth/Cyrene_v2/internal/runtime/tool"
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"git.yeij.top/AskaEth/Cyrene_v2/internal/runtime/trace"
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)
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// Options configures a Loop. All fields are optional and nil is tolerated until
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// the step that actually needs the field: the agent is required for Run (Run
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// returns ErrNilAgent otherwise); a missing tool dispatcher causes a requested
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// call to be fed back as an error; a missing retriever/persona skips memory
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// injection; a missing extractor/store skips the memory hook; a missing
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// checkpoint skips persistence; a missing tracer skips tracing.
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type Options struct {
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// Agent is the loop's execution unit: an instruction string plus a backend
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// adapter, an optional tool dispatcher and optional guardrails.
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Agent *agent.Agent
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// Tools is the tool dispatcher used to execute model-requested calls. When
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// nil the loop falls back to the agent's own dispatcher (if any).
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Tools *tool.Dispatcher
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// Capacity, when non-nil and enabled, filters the tool schemas advertised to
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// the model each round to the allowed set for the current capacity state
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// (design/14 唤醒式能力渐进 §4): the loop only exposes the allowed set to the
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// model — a view, not a hard boundary (Invoke is left unblocked so an
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// emergency call still works). Nil (the default) keeps the pre-existing
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// behavior: every registered tool is advertised.
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Capacity *capacity.Decider
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// OnCapacity, when non-nil, receives capacity_awaken transition events the
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// loop observes while deciding a round (design/14 §4), so a caller can
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// surface the "能力点亮" progression to the frontend. Nil = no-op.
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OnCapacity func(capacity.Event)
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// OnAudit, when non-nil, receives an AuditEvent every time the loop denies a
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// tool call in a restricted (group/stranger) environment (design/11 §3 §8),
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// so the rejection lands in the audit trail and the frontend can render the
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// small "xx 工具在群聊被拒" note. Nil = the rejection is still fed back to the
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// model as a soft not_allowed result, just not recorded to an external sink.
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OnAudit func(AuditEvent)
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// Memory is the long-term memory store used to persist extracted items.
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Memory *memory.Store
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// Retriever injects relevant memories into the context, re-evaluated every
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// round (see assembleContext) so retrieval tracks the latest conversation.
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Retriever *memory.Retriever
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// WorkingMemory is the per-session sliding window, provided for the
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// orchestrator to inspect; the loop does not mutate it.
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WorkingMemory *memory.WorkingMemory
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// Extractor derives memory items to persist after every step.
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Extractor memory.Extractor
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// Checkpoint persists a durable snapshot of the loop state at every step and,
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// on a later Run with the same sessionID, resumes an interrupted run from it
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// (design §1 durable execution). *persist.Store satisfies the narrow
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// checkpointStore interface; nil disables both persistence and resume.
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Checkpoint checkpointStore
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// Tracer emits a structured span for every step, LLM call and tool call.
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Tracer *trace.Tracer
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// Flow, when non-nil, accumulates the run's trace spans into a per-session
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// flow graph and publishes ws.graph_update on each span transition (design/19
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// §1). Nil disables the realtime flow visualization.
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Flow *FlowPublisher
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// Guards validates request/response payloads on the streaming path, where
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// RunStep is bypassed. On the non-streaming path the agent runs its own
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// guardrails inside RunStep.
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Guards *guardrail.Pipeline
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// PersonaID scopes memory retrieval and extraction. Blank skips both.
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PersonaID string
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// Timezone is the IANA zone used to render the per-round "current time"
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// system message (e.g. "Asia/Shanghai"). Empty disables time injection
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// entirely (backward compatible); a name that fails to load also disables it.
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Timezone string
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// MaxRounds is the tool-loop upper bound. Non-positive selects
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// DefaultMaxRounds (8).
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MaxRounds int
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// OnStream, when non-nil, switches the loop to the streaming path: the model
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// adapter's ChatStream is driven directly and each structured stream event is
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// forwarded to this callback (model.StreamEvent), so the frontend can render
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// body text, tool calls and (eventually) reasoning segments independently.
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OnStream func(model.StreamEvent)
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// ToolExecution selects how a batch of tool calls is run: "parallel" (the
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// default) or "sequential". Empty means parallel.
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ToolExecution string
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// ToolParallelism caps how many tool calls run concurrently when ToolExecution
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// is "parallel". Non-positive selects DefaultToolParallelism (4).
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ToolParallelism int
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// Hooks installs optional per-batch/per-call tool-loop hooks. Every field is
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// nil-tolerant; these are reserved for "敏感操作代审" (design/11) and the
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// future asynchronous-tool path. A zero Hooks value is a no-op.
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Hooks ToolLoopHooks
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// MaxContextTokens is the context budget that triggers overflow compaction.
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// Non-positive (the zero value) disables compaction, preserving the loop's
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// previous behavior. Setting it to a positive value (e.g.
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// DefaultMaxContextTokens) enables compaction: when the loop's estimated
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// context exceeds the budget it summarizes older turns into a leading summary
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// message while keeping the recent tail (including trailing tool results)
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// intact (design §1.3). Nil-tolerant: leaving it unset changes nothing.
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MaxContextTokens int
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// Compactor compacts an over-budget conversation. Nil selects the built-in
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// structural compactor (no model call); a non-nil value lets a caller inject
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// an LLM-backed or custom summarizer. It is only invoked when
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// MaxContextTokens is positive.
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Compactor Compactor
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// Vision, when non-nil, rewrites an image-bearing user message at the start
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// of Run so the main model can reason over the image (design/06 §0). The
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// concrete resolver (vision.MessageResolver) decides via the vision Router
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// whether to keep the image for a vision-capable main model or fold it into a
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// text description from the vision/OCR tool ("先看图再对话"). Nil keeps the
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// image content as-is, passing it through to a vision-capable main model.
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Vision ImageResolver
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// TransformContext, when non-nil, is called immediately before every model
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// step with the assembled message list (after memory injection and any
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// compaction) and the current round number (1-based). It may project, filter
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// or re-order the messages the model sees. It is the loop's equivalent of
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// OpenClaw's transformContext (design §1.3). Nil = no projection.
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TransformContext func(ctx context.Context, messages []model.Message, round int) []model.Message
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// Log is the base logger. Nil is replaced with a discard logger tagged with
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// source "runtime/loop".
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Log *slog.Logger
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}
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