1.0

cmd/dong/main.go

@@ -6,12 +6,12 @@ import (
 	"flag"
 	"fmt"
 	"github.com/bilibili/kratos/pkg/conf/paladin"
+	"github.com/ichunt2019/go-msgserver/utils/rabbitmq"
 	"kaopu-server/internal/dao"
 	"kaopu-server/internal/logic"
 	"kaopu-server/internal/service"
 	"os"
 	"strconv"
-	"github.com/ichunt2019/go-msgserver/utils/rabbitmq"
 	"time"
 )
 
@@ -50,13 +50,16 @@ func main() {
 
 	if mod >0 {
 		svc := service.New()
+
 		svc.DongRun(ctx,mod,"");  //运行main
 		svc.DongRun(ctx,999,"");  //总计所有分数
+
+		svc.Close() //关闭数据库连接
 		logic.LogWrite("统计"+dao.Model_dong[mod]+"完成",dao.Model_dong_log[mod],1)
 	}else{
 		for {
 			logic.LogWrite("统计所有动态任务开始","_dong_main",1)
-
+			svc := service.New()
 			for k,_ := range model_dong{
 				if k == -1 || k == 0 {
 					continue;
@@ -66,15 +69,13 @@ func main() {
 
 				logic.LogWrite("统计项目"+mod_name+"开始:"+strconv.Itoa(k),mod_name_log,1)
 
-				svc := service.New()
+
 				svc.DongRun(ctx,k,"");  //运行main
 
 				logic.LogWrite("统计项目"+mod_name+"结束:"+strconv.Itoa(k),mod_name_log,1)
 			}
 
-			//最后关闭数据连接
-			d := dao.New()
-			d.Close() //关闭数据库连接
+			svc.Close() //关闭数据库连接
 
 			time.Sleep(60*time.Second)
 		}
@@ -104,7 +105,7 @@ func queues()  {
 
 			fmt.Println(err)
 		}
-		time.Sleep(time.Second)
+		time.Sleep(3*time.Second)
 	}
 
 }
@@ -119,6 +120,8 @@ func (t *RecvPro) Consumer(dataByte []byte) error {
 
 	ctx := context.Background()  //上下文
 	model_dong := dao.Model_dong //所有动态模型算法列表
+
+	svc := service.New()
 	for k,_ := range model_dong{
 		if k == -1 || k == 0 {
 			continue;
@@ -129,15 +132,14 @@ func (t *RecvPro) Consumer(dataByte []byte) error {
 		fmt.Println("统计开始:"+strconv.Itoa(k))
 		logic.Loginfo("统计开始--"+mod_name,mod_name_log);
 
-		svc := service.New()
+
 		svc.DongRun(ctx,k,rbm.ErpCompanyCode);  //运行main
 
 		fmt.Println("统计结束:"+strconv.Itoa(k))
 		logic.Loginfo("统计结束--"+mod_name,mod_name_log);
 	}
 	//最后关闭数据连接
-	d := dao.New()
-	d.Close() //关闭数据库连接
+	svc.Close() //关闭数据库连接
 
 	//return errors.New("顶顶顶顶")
 	return nil

internal/dao/common.go

@@ -105,5 +105,6 @@ func (d *dao)QueryMany(ctx context.Context,db int,sql_str string)(res []map[stri
 		return
 	}
 	res = project_rows
+
 	return
 }

internal/dao/dao.go

@@ -41,14 +41,14 @@ type (
 		//---动态开始
 		DongMain(ctx context.Context,project_id int,erp_company_code string) (r []map[string]interface{},err error) //动态模型调用主函数
 		//1 计算逾期金额率 ,ladder_rate 计算出来的此算法对应梯度率，ladder_score 梯度对应的分数
-		DongYuqiRate(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate float64,ladder_score float64,err error)
-		DongYuqiBi(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate float64,ladder_score float64,err error)//2 发生逾期笔数率
-		DongYuqiDivDay(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate float64,ladder_score float64,err error)//3 平均逾期支付时间
-		DongDivPayDay(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate float64,ladder_score float64,err error)//4 平均付款时间
-		DongNormalPayRate(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate float64,ladder_score float64,err error)//5 正常收款金额率
-		DongNormalPayBi(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate float64,ladder_score float64,err error)//6 正常收款笔数率
-		DongInTimeRate(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate float64,ladder_score float64,err error)//8 交货及时率
-		DongReturnRate(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate float64,ladder_score float64,err error)//9 退货率
+		DongYuqiRate(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate string,ladder_score float64,err error)
+		DongYuqiBi(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate string,ladder_score float64,err error)//2 发生逾期笔数率
+		DongYuqiDivDay(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate string,ladder_score float64,err error)//3 平均逾期支付时间
+		DongDivPayDay(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate string,ladder_score float64,err error)//4 平均付款时间
+		DongNormalPayRate(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate string,ladder_score float64,err error)//5 正常收款金额率
+		DongNormalPayBi(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate string,ladder_score float64,err error)//6 正常收款笔数率
+		DongInTimeRate(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate string,ladder_score float64,err error)//8 交货及时率
+		DongReturnRate(ctx context.Context,y map[string]string,modelItems []map[string]string,project_id int ) (ladder_rate string,ladder_score float64,err error)//9 退货率
 		DongAddScore(ctx context.Context,com_credits_id int64)(affectNum int64)  //统计动态分数，更新到每个公司
 		//---动态结束
 	}

internal/dao/dong.go

@@ -11,7 +11,7 @@ import (
 //存放动态模型所有常量
 const (
     _sql1= "select m.full_score,m.weight,m.max_score,p.id,p.pid from lie_model m,lie_project p where m.project_id=p.id and p.id=%s"  //查询项目配置
-	_sql2_1 = "select id,erp_company_code,company_name from lie_com_credits  ddd order by id asc " //查询公司所有信息
+	_sql2_1 = "select id,erp_company_code,company_name from lie_com_credits order by id asc " //查询公司所有信息
 	_sql2_2 = "select id,erp_company_code,company_name from lie_com_credits where erp_company_code = '%s' order by id asc " //查询单个公司所有信息
  )
 
@@ -50,7 +50,7 @@ var Model_dong_log = map[int]string{
 func (d *dao) DongMain(ctx context.Context,project_id int,erp_company_code string) (r []map[string]interface{},err error) {
 	var (
 		weight float64  //权重
-		ladder_rate float64  //计算出来的各个动态分数率
+		ladder_rate string  //计算出来的各个动态分数率
 		ladder_score float64 =0; //对应梯度分数
 		_sql2 string; //查询公司信息sql
 		mod_name string = Model_dong[project_id]  //统计动态模型名称
@@ -84,6 +84,7 @@ func (d *dao) DongMain(ctx context.Context,project_id int,erp_company_code strin
 	}else {
 		_sql2 =fmt.Sprintf(_sql2_2,erp_company_code)  //查询一个公司
 	}
+    fmt.Print(_sql2)
 
 	company_info,err := d.QueryMany(ctx,1,_sql2);
 	if err != nil {
@@ -121,7 +122,7 @@ func (d *dao) DongMain(ctx context.Context,project_id int,erp_company_code strin
 		}
 
 		if ladder_score == 0 {
-			logic.LogWrite("统计"+mod_name+"--没有梯度对应分数,公司编码："+v["erp_company_code"]+" 计算率："+logic.MyFloat64ToStr(ladder_rate),log_pre,1)
+			logic.LogWrite("统计"+mod_name+"--没有梯度对应分数,公司编码："+v["erp_company_code"]+" 计算公式："+ladder_rate,log_pre,1)
 			continue;
 		}
 		//计算得到的分数插入分数明细表
@@ -146,7 +147,7 @@ func (d *dao) DongMain(ctx context.Context,project_id int,erp_company_code strin
 			fmt.Print("错误:"+err.Error(),insertid,ladder_rate)
 		}
 		//日志
-		logic.LogWrite("统计"+mod_name+"--成功,公司编码："+v["erp_company_code"]+" 计算得分："+logic.MyFloat64ToStr(ladder_score)+" 权重："+logic.MyFloat64ToStr(weight)+" 最终得分："+logic.MyFloat64ToStr(weight*ladder_score),log_pre,1)
+		logic.LogWrite("统计"+mod_name+"--成功,公司编码："+v["erp_company_code"]+" 计算公式："+ladder_rate+" 梯度得分："+logic.MyFloat64ToStr(ladder_score)+" 权重："+logic.MyFloat64ToStr(weight)+" 最终得分："+logic.MyFloat64ToStr(weight*ladder_score),log_pre,1)
 	}
 
 	return