153 lines
5.9 KiB
Go
153 lines
5.9 KiB
Go
package squad
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import (
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"fmt"
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"strings"
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"time"
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)
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// StepEvaluator 负责单步执行产物评估与自适应反馈调整
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type StepEvaluator struct{}
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// NewStepEvaluator 创建单步评估器
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func NewStepEvaluator() *StepEvaluator {
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return &StepEvaluator{}
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}
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// EvaluateStepOutput 评估单步产物与黑板事实，推导基准假设与动态重排指令
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func (e *StepEvaluator) EvaluateStepOutput(
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wsDir string,
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step StepSpec,
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outputContent string,
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bb *BlackboardState,
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) (*EvaluationResult, error) {
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now := time.Now()
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res := &EvaluationResult{
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StepID: step.ID,
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Action: StepActionContinue,
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Reason: "步骤按计划正常推进",
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NewAssumptions: make([]AssumptionItem, 0),
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DynamicStepsToAdd: make([]StepSpec, 0),
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DynamicStepsToAlter: make([]StepSpec, 0),
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StepsToSkip: make([]string, 0),
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}
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contentLower := strings.ToLower(outputContent)
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// 1. 基于黑板缺口与产物推导“基准假设 (Baseline Assumptions)”
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var gapTexts []string
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if bb != nil {
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for _, g := range bb.Gaps {
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gapTexts = append(gapTexts, strings.ToLower(g.Item))
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}
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}
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combinedLower := contentLower + " " + strings.Join(gapTexts, " ")
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// 规则 1.1: 灭菌方式缺口推断
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if strings.Contains(combinedLower, "未明确灭菌") || strings.Contains(combinedLower, "未提供灭菌") ||
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strings.Contains(combinedLower, "未确定灭菌") || strings.Contains(combinedLower, "缺少灭菌方式") ||
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strings.Contains(combinedLower, "未提供产品灭菌方式") {
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if !hasAssumptionTopic(bb, "sterilization_method") {
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res.NewAssumptions = append(res.NewAssumptions, AssumptionItem{
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ID: fmt.Sprintf("assump_sterilization_%d", now.UnixNano()),
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Topic: "sterilization_method",
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Statement: "基准假设灭菌方式采用环氧乙烷(EO)灭菌，解析期设定为14天",
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Rationale: "客户未明确灭菌方式，依据二类无源无菌高分子介入器械行业通用工程实践设定",
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Source: "inferred",
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})
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}
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}
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// 规则 1.2: 货架有效期缺口推断
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if strings.Contains(combinedLower, "未明确货架寿命") || strings.Contains(combinedLower, "有效期未定") ||
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strings.Contains(combinedLower, "未提供有效期") {
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if !hasAssumptionTopic(bb, "shelf_life") {
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res.NewAssumptions = append(res.NewAssumptions, AssumptionItem{
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ID: fmt.Sprintf("assump_shelflife_%d", now.UnixNano()),
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Topic: "shelf_life",
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Statement: "基准假设产品货架有效期设定为2年，需执行加速老化试验",
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Rationale: "符合常规无菌医疗器械首次注册基准设计周期",
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Source: "inferred",
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})
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}
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}
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// 规则 1.3: 注册目标市场缺口推断
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if strings.Contains(combinedLower, "未明确目标市场") || strings.Contains(combinedLower, "市场未定") {
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if !hasAssumptionTopic(bb, "target_market") {
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res.NewAssumptions = append(res.NewAssumptions, AssumptionItem{
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ID: fmt.Sprintf("assump_market_%d", now.UnixNano()),
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Topic: "target_market",
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Statement: "基准假设首发上市目标为中国境内NMPA二类医疗器械注册",
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Rationale: "以国内优先注册为基准，后续拓展海外认证",
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Source: "inferred",
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})
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}
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}
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// 2. 检查是否触发动态跳步 (Skip Step)
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if strings.Contains(contentLower, "无需开展重复公开资料检索") ||
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strings.Contains(contentLower, "无需重复开展市场竞品检索") ||
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strings.Contains(contentLower, "竞品数据已全面锁定") ||
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strings.Contains(contentLower, "跳过市场调研") {
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if res.Action == StepActionContinue {
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res.Action = StepActionSkipStep
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}
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res.StepsToSkip = append(res.StepsToSkip, "step_02_market", "step_02", "market")
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res.Reason = "前序分析已充分锁定竞品数据，避免重复冗余检索"
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}
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// 3. 检查是否触发动态加步 (Add Step)
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// 射频/微波 EMC 与热安全风险
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if (strings.Contains(contentLower, "射频") || strings.Contains(contentLower, "微波") || strings.Contains(contentLower, "消融")) &&
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(strings.Contains(contentLower, "电磁兼容") || strings.Contains(contentLower, "emc") || strings.Contains(contentLower, "热灼伤")) {
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res.Action = StepActionAddStep
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res.DynamicStepsToAdd = append(res.DynamicStepsToAdd, StepSpec{
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ID: "step_rf_emc_safety",
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Role: "engineer",
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Title: "高频电磁兼容性(EMC)与热安全防护专项工程论证",
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SubWorkspace: "tasks/dynamic_rf_emc",
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Mode: "execute",
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AllowDynamicAdjustment: false,
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Accept: []string{
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"核算高频消融电磁辐射泄漏安全边际与抗干扰设计",
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"设计温度反馈闭环与防止意外热灼伤切断机制",
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},
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})
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res.Reason = "识别到大功率射频高频风险，动态注入EMC与热防护专项工程论证工序"
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}
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// 动物源病毒灭活专题
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if (strings.Contains(contentLower, "牛心包") || strings.Contains(contentLower, "动物源")) &&
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(strings.Contains(contentLower, "病毒灭活") || strings.Contains(contentLower, "免疫原性")) {
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res.Action = StepActionAddStep
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res.DynamicStepsToAdd = append(res.DynamicStepsToAdd, StepSpec{
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ID: "step_animal_virus_inactivation",
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Role: "regulatory",
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Title: "动物源性材料病毒灭活与免疫原性合规专题论证",
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SubWorkspace: "tasks/dynamic_virus_inactivation",
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Mode: "execute",
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AllowDynamicAdjustment: false,
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Accept: []string{
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"核查动物源溯源合规证明与供体检疫要求",
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"拟定基于ISO 22442的病毒灭活有效性验证方案",
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},
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})
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res.Reason = "识别到动物源性材料生物风险，动态追加病毒灭活合规论证工序"
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}
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return res, nil
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}
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func hasAssumptionTopic(bb *BlackboardState, topic string) bool {
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if bb == nil {
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return false
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}
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for _, a := range bb.Assumptions {
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if a.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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