deving

cmd/cli/main.go

@@ -15,7 +15,7 @@ var (
 	ServiceKey = "gostock"
 )
 
-func main() {
+func main2() {
 	log.Println("Hello Cli!")
 	config.New(ServiceKey)
 	impl.NewImpl()
@@ -23,7 +23,7 @@ func main() {
 	strategy.GenMarkData("601899.SH")
 }
 
-func main2() {
+func main() {
 	log.Println("Hello Cli!")
 	config.New(ServiceKey)
 	impl.NewImpl()

internal/logic/strategy/filter.go

@@ -57,31 +57,28 @@ func MustFilter(basic *models.StockBasic) (bool, *types.ResultData) {
 		data.Desc = re.Desc
 		return false, data
 	} else {
-		data.ROE = re.Roe
 		descripts = append(descripts, re.Desc)
 	}
 
-	if re := rule.NewRsi(GetArgs(basic.TsCode)).Run(basic.TsCode); re.Score <= 0 {
+	// if re := rule.NewRsi(GetArgs(basic.TsCode)).Run(basic.TsCode); re.Score <= 0 {
-		data.Desc = re.Desc
+	// 	data.Desc = re.Desc
-		return false, data
+	// 	return false, data
-	} else {
+	// } else {
-		data.RSI = re.Rsi
+	// 	data.RSI = re.Rsi
-		descripts = append(descripts, re.Desc)
+	// 	descripts = append(descripts, re.Desc)
-	}
+	// }
 
 	data.Desc = strings.Join(descripts, "#")
 	data.Pass = "OK"
 	return true, data
 }
 
-func ClacFilter(basic *models.StockBasic) (bool, *types.ResultData) {
+func ClacFilter(allow []*types.ResultData) []*types.ResultData {
-	var descripts []string
+	for idx, item := range allow {
-	data := &types.ResultData{
+		re := rule.NewRsi(GetArgs(item.Code)).Run(item.Code)
-		Code: basic.TsCode,
+		allow[idx].Score = re.Score
-		Name: basic.Name,
+		allow[idx].RSI = re.Result.(float64)
-		ROE:  0,
-		RSI:  0,
-		Desc: "",
-		Pass: "NOT",
 	}
+
+	return allow
 }

internal/logic/strategy/rule/roe.go

@@ -39,5 +39,5 @@ func (r *Roe) Run(code string) *types.RuleResult {
 		return &types.RuleResult{Key: r.Key, Name: r.Name, Score: -1, Desc: fmt.Sprintf("ROE=%.2f 低于%.2f", data.Roe, MinRoe)}
 	}
 
-	return &types.RuleResult{Key: r.Key, Name: r.Name, Score: 1, Roe: data.Roe, Desc: fmt.Sprintf("ROE=%.2f 高于%.2f", data.Roe, MinRoe)}
+	return &types.RuleResult{Key: r.Key, Name: r.Name, Score: 1, Desc: fmt.Sprintf("ROE=%.2f 高于%.2f", data.Roe, MinRoe)}
 }

internal/logic/strategy/rule/rsi.go

@@ -76,10 +76,10 @@ func (r *Rsi) Run(code string) *types.RuleResult {
 	// 跌破RSI下轨
 	if lastRsiInt > r.Args.RsiOversold {
 		if CheckLowest(close, lastRsiInt, 14) {
-			return &types.RuleResult{Key: r.Key, Name: r.Name, Score: 1, Rsi: lastRsi, Desc: fmt.Sprintf("RSI=%d 跌破下轨,14日最低", lastRsiInt)}
+			return &types.RuleResult{Key: r.Key, Name: r.Name, Score: 1, Result: lastRsi, Desc: fmt.Sprintf("RSI=%d 跌破下轨,14日最低", lastRsiInt)}
 		}
 		if CheckLowest(close, lastRsiInt, 20) {
-			return &types.RuleResult{Key: r.Key, Name: r.Name, Score: 1, Rsi: lastRsi, Desc: fmt.Sprintf("RSI=%d 跌破下轨,20日最低", lastRsiInt)}
+			return &types.RuleResult{Key: r.Key, Name: r.Name, Score: 1, Result: lastRsi, Desc: fmt.Sprintf("RSI=%d 跌破下轨,20日最低", lastRsiInt)}
 		}
 		return &types.RuleResult{Key: r.Key, Name: r.Name, Score: -1, Desc: fmt.Sprintf("RSI=%d 高于%d", lastRsiInt, r.Args.RsiOversold)}
 	}
@@ -88,5 +88,5 @@ func (r *Rsi) Run(code string) *types.RuleResult {
 	if lastRsiInt < prveRsiInt {
 		return &types.RuleResult{Key: r.Key, Name: r.Name, Score: -1, Desc: fmt.Sprintf("Rsi=%d prveRsi=%d,跌破下轨，持续下跌", lastRsiInt, prveRsiInt)}
 	}
-	return &types.RuleResult{Key: r.Key, Name: r.Name, Score: 1, Rsi: lastRsi, Desc: fmt.Sprintf("RSI=%d prveRsi=%d,跌破下轨后呈上涨趋势", lastRsiInt, prveRsiInt)}
+	return &types.RuleResult{Key: r.Key, Name: r.Name, Score: 1, Result: lastRsi, Desc: fmt.Sprintf("RSI=%d prveRsi=%d,跌破下轨后呈上涨趋势", lastRsiInt, prveRsiInt)}
 }

internal/logic/types/rule.go

@@ -4,8 +4,7 @@ type RuleResult struct {
 	Key    string
 	Name   string
 	Score  int
-	Roe   float64
+	Result any
-	Rsi   float64
 	Desc   string
 }
 
@@ -15,5 +14,6 @@ type ResultData struct { // Our example struct, you can use "-" to ignore a fiel
 	ROE   float64 `csv:"roe"`
 	RSI   float64 `csv:"rsi"`
 	Desc  string  `csv:"desc"`
+	Score int
 	Pass  string `csv:"pass"`
 }