diff --git a/gyxtp/public/favicon.ico b/gyxtp/public/favicon.ico
deleted file mode 100644
index cdc2e60..0000000
Binary files a/gyxtp/public/favicon.ico and /dev/null differ
diff --git a/gyxtp/public/index.html b/gyxtp/public/index.html
index d091723..b4cc1ca 100644
--- a/gyxtp/public/index.html
+++ b/gyxtp/public/index.html
@@ -4,7 +4,6 @@
-
知识图谱系统
diff --git a/gyxtp/src/view/articleInfo.vue b/gyxtp/src/view/articleInfo.vue
index 1ede03e..98a0e36 100644
--- a/gyxtp/src/view/articleInfo.vue
+++ b/gyxtp/src/view/articleInfo.vue
@@ -73,7 +73,7 @@
-
+
diff --git a/gyxtp/src/view/pointArticleInfo.vue b/gyxtp/src/view/pointArticleInfo.vue
index 288f3eb..67dc3a4 100644
--- a/gyxtp/src/view/pointArticleInfo.vue
+++ b/gyxtp/src/view/pointArticleInfo.vue
@@ -73,7 +73,7 @@
-
+
());
-// List docs=test1Mapper.selectAllDoc1();
-// if(zhyRelationship.getFileList().size()>0){
-// for(int i=0;i (b) RETURN r";
-// neo4jUtil.excuteCypherSql(cqr);
-//
-// List ids = new ArrayList<>();
-// ids.add(String.valueOf(zhyRelationship.getId()));
-// ESDao esDao = new ESDao();
-// esDao.id = article.getId().toString();
-// esDao.DBid = article.getId().toString();
-// esDao.type = "line";
-// if(article.getLocalUrl()!=null){
-// System.out.println("333333");
-// try {
-// String txt=article.getLocalUrl().replace("pdf", "txt");
-// List content = extractContentUntilSecondPage(txt);
-// if (content != null) {
-// // 打印结果
-// for (String line : content) {
-// System.out.println(line);
-// }
-// String result = String.join("", content);
-// esDao.abstracts = result;
-// } else {
-// System.out.println("未找到相关内容或文件不存在。");
-// esDao.abstracts = article.getName()+article.getKeywords()+article.getSummary();
-// }
-// } catch (IOException e) {
-// e.printStackTrace();
-// esDao.abstracts = article.getName()+article.getKeywords()+article.getSummary();
-// }
-// }else{
-// esDao.abstracts = article.getName()+article.getKeywords()+article.getSummary();
-// }
-// esDao.data = ids.toString();
-// esService.insertDocById("links",esDao);
-// }
-// }else{
-// zhyRelationship.setCreateTime(DateUtils.getNowDate());
-// ZhyDoc vv = new ZhyDoc();
-// vv.setId(zhyRelationship.getSource());
-// ZhyDoc dd = test1Mapper.selectDocById(vv);
-// if(dd==null){
-// ZhyFileManage fileManage=test1Mapper.getFileById(docs.get(0).getFileId());
-// zhyRelationship.setSourceName(fileManage.getFileName().replaceAll("(?i)\\.docx$", ""));
-// }else{
-// zhyRelationship.setSourceName(dd.getDocTitle());
-// }
-//// zhyRelationship.setSourceName(dd.getDocTitle());
-// vv.setId(zhyRelationship.getTarget());
-// ZhyDoc dd2 = test1Mapper.selectDocById(vv);
-// zhyRelationship.setTargetName(dd2.getDocTitle());
-// zhyRelationship.setIsgraph(1l);
-// zhyRelationship.setRelationship("相关");
-// zhyRelationshipMapper.insertZhyRelationship(zhyRelationship);
-// String cqr = "MATCH (a:Doc),(b:Doc) WHERE a.docId = '"+zhyRelationship.getSource()+"' AND b.docId = '"+zhyRelationship.getTarget()+"'CREATE (a)-[r:"+zhyRelationship.getRelationship()+"{ name: '"+zhyRelationship.getRelationship()+ "', DbId: '"+zhyRelationship.getId()+"' }] -> (b) RETURN r";
-// neo4jUtil.excuteCypherSql(cqr);
-// }
-// }
-//
-//
-//
-//
-//
-//
-//
-//
-//
-//
-//
-//
-// return toAjax(1);
-//}
-// @PreAuthorize("@ss.hasPermi('system:relationship:add')")
+
+ @GetMapping("/testadd")
+public AjaxResult add1122() throws IOException {
+ ZhyDocRelation zhyRelationship = new ZhyDocRelation();
+ List relationships = new ArrayList<>();
+
+ // 1. 演化博弈推演决策模型
+ // 用于多智能体对抗下的策略演化，影响平台行为与安全
+ add(relationships, "演化博弈推演决策模型", "补给舰航行安全风险指数");
+ add(relationships, "演化博弈推演决策模型", "导弹艇航行安全风险指数");
+ add(relationships, "演化博弈推演决策模型", "驱逐舰航行安全风险指数");
+ add(relationships, "演化博弈推演决策模型", "攻击型潜艇航行安全风险指数");
+ add(relationships, "演化博弈推演决策模型", "护卫舰航行安全风险指数");
+ add(relationships, "演化博弈推演决策模型", "水面舰艇综合效能影响指数");
+
+ // 2. 多属性群决策模型
+ // 用于融合多专家/多传感器意见，评估武器系统效能
+ add(relationships, "多属性群决策模型", "舰炮打击效能影响指数");
+ add(relationships, "多属性群决策模型", "舰射鱼雷打击效能影响指数");
+ add(relationships, "多属性群决策模型", "舰载反舰导弹打击效能影响指数");
+ add(relationships, "多属性群决策模型", "舰载防空导弹打击效能影响指数");
+ add(relationships, "多属性群决策模型", "舰载雷达探测效能影响指数");
+ add(relationships, "多属性群决策模型", "舰载声纳探测效能影响指数");
+ add(relationships, "多属性群决策模型", "水面舰艇综合效能影响指数");
+ add(relationships, "多属性群决策模型", "巡航导弹效能影响指数");
+ add(relationships, "多属性群决策模型", "防空导弹效能影响指数");
+
+ // 3. 高维稀疏数据聚类与复杂目标识别模型
+ // 用于雷达/声纳目标识别，影响探测效能与航行安全
+ add(relationships, "高维稀疏数据聚类与复杂目标识别模型", "舰载雷达探测效能影响指数");
+ add(relationships, "高维稀疏数据聚类与复杂目标识别模型", "舰载声纳探测效能影响指数");
+ add(relationships, "高维稀疏数据聚类与复杂目标识别模型", "补给舰航行安全风险指数");
+ add(relationships, "高维稀疏数据聚类与复杂目标识别模型", "导弹艇航行安全风险指数");
+ add(relationships, "高维稀疏数据聚类与复杂目标识别模型", "驱逐舰航行安全风险指数");
+ add(relationships, "高维稀疏数据聚类与复杂目标识别模型", "攻击型潜艇航行安全风险指数");
+ add(relationships, "高维稀疏数据聚类与复杂目标识别模型", "护卫舰航行安全风险指数");
+
+ // 4. 自适应可排序无监督聚类区划模型
+ // 用于海域动态分区，影响航行安全
+ add(relationships, "自适应可排序无监督聚类区划模型", "补给舰航行安全风险指数");
+ add(relationships, "自适应可排序无监督聚类区划模型", "导弹艇航行安全风险指数");
+ add(relationships, "自适应可排序无监督聚类区划模型", "驱逐舰航行安全风险指数");
+ add(relationships, "自适应可排序无监督聚类区划模型", "攻击型潜艇航行安全风险指数");
+ add(relationships, "自适应可排序无监督聚类区划模型", "护卫舰航行安全风险指数");
+
+ // 5. 贝叶斯推理综合决策模型
+ // 用于动态更新风险概率，适用于所有不确定性评估
+ add(relationships, "贝叶斯推理综合决策模型", "舰载机飞行安全风险指数");
+ add(relationships, "贝叶斯推理综合决策模型", "舰载直升机起飞安全风险指数");
+ add(relationships, "贝叶斯推理综合决策模型", "舰载直升机降落安全风险指数");
+ add(relationships, "贝叶斯推理综合决策模型", "补给舰航行安全风险指数");
+ add(relationships, "贝叶斯推理综合决策模型", "导弹艇航行安全风险指数");
+ add(relationships, "贝叶斯推理综合决策模型", "驱逐舰航行安全风险指数");
+ add(relationships, "贝叶斯推理综合决策模型", "攻击型潜艇航行安全风险指数");
+ add(relationships, "贝叶斯推理综合决策模型", "护卫舰航行安全风险指数");
+
+ // 6. 模糊综合评价方法
+ // 用于处理模糊性语言评价，适用于所有“效能影响指数”
+ add(relationships, "模糊综合评价方法", "舰炮打击效能影响指数");
+ add(relationships, "模糊综合评价方法", "舰射鱼雷打击效能影响指数");
+ add(relationships, "模糊综合评价方法", "舰载反舰导弹打击效能影响指数");
+ add(relationships, "模糊综合评价方法", "舰载防空导弹打击效能影响指数");
+ add(relationships, "模糊综合评价方法", "舰载雷达探测效能影响指数");
+ add(relationships, "模糊综合评价方法", "舰载声纳探测效能影响指数");
+ add(relationships, "模糊综合评价方法", "舰艇机动效能影响指数");
+ add(relationships, "模糊综合评价方法", "水面舰艇综合效能影响指数");
+ add(relationships, "模糊综合评价方法", "巡航导弹效能影响指数");
+ add(relationships, "模糊综合评价方法", "防空导弹效能影响指数");
+
+ // 7. 可拓综合评价方法
+ // 用于解决矛盾评价问题，适用于武器系统效能评估
+ add(relationships, "可拓综合评价方法", "舰炮打击效能影响指数");
+ add(relationships, "可拓综合评价方法", "舰射鱼雷打击效能影响指数");
+ add(relationships, "可拓综合评价方法", "舰载反舰导弹打击效能影响指数");
+ add(relationships, "可拓综合评价方法", "舰载防空导弹打击效能影响指数");
+ add(relationships, "可拓综合评价方法", "舰载雷达探测效能影响指数");
+ add(relationships, "可拓综合评价方法", "舰载声纳探测效能影响指数");
+ add(relationships, "可拓综合评价方法", "水面舰艇综合效能影响指数");
+ add(relationships, "可拓综合评价方法", "巡航导弹效能影响指数");
+ add(relationships, "可拓综合评价方法", "防空导弹效能影响指数");
+
+ // 8. 灰色关联评估方法
+ // 用于小样本下分析因素关联度，适用于效能评估
+ add(relationships, "灰色关联评估方法", "舰炮打击效能影响指数");
+ add(relationships, "灰色关联评估方法", "舰射鱼雷打击效能影响指数");
+ add(relationships, "灰色关联评估方法", "舰载反舰导弹打击效能影响指数");
+ add(relationships, "灰色关联评估方法", "舰载防空导弹打击效能影响指数");
+ add(relationships, "灰色关联评估方法", "舰载雷达探测效能影响指数");
+ add(relationships, "灰色关联评估方法", "舰载声纳探测效能影响指数");
+ add(relationships, "灰色关联评估方法", "水面舰艇综合效能影响指数");
+ add(relationships, "灰色关联评估方法", "巡航导弹效能影响指数");
+ add(relationships, "灰色关联评估方法", "防空导弹效能影响指数");
+
+ // 9. 最佳理想解逼近评估方法
+ add(relationships, "最佳理想解逼近评估方法", "舰炮打击效能影响指数");
+ add(relationships, "最佳理想解逼近评估方法", "舰射鱼雷打击效能影响指数");
+ add(relationships, "最佳理想解逼近评估方法", "舰载反舰导弹打击效能影响指数");
+ add(relationships, "最佳理想解逼近评估方法", "舰载防空导弹打击效能影响指数");
+ add(relationships, "最佳理想解逼近评估方法", "舰载雷达探测效能影响指数");
+ add(relationships, "最佳理想解逼近评估方法", "舰载声纳探测效能影响指数");
+ add(relationships, "最佳理想解逼近评估方法", "水面舰艇综合效能影响指数");
+ add(relationships, "最佳理想解逼近评估方法", "巡航导弹效能影响指数");
+ add(relationships, "最佳理想解逼近评估方法", "防空导弹效能影响指数");
+
+ // 10. 数据包络评估方法
+ // 用于效率评估，适用于系统级效能
+ add(relationships, "数据包络评估方法", "水面舰艇综合效能影响指数");
+ add(relationships, "数据包络评估方法", "舰艇声呐效能影响指数");
+ add(relationships, "数据包络评估方法", "巡航导弹效能影响指数");
+ add(relationships, "数据包络评估方法", "防空导弹效能影响指数");
+
+ // 11. 云模型语义综合评估方法
+ // 用于语言变量量化，适用于所有“效能影响指数”和“风险指数”
+ add(relationships, "云模型语义综合评估方法", "舰炮打击效能影响指数");
+ add(relationships, "云模型语义综合评估方法", "舰射鱼雷打击效能影响指数");
+ add(relationships, "云模型语义综合评估方法", "舰载反舰导弹打击效能影响指数");
+ add(relationships, "云模型语义综合评估方法", "舰载防空导弹打击效能影响指数");
+ add(relationships, "云模型语义综合评估方法", "舰载雷达探测效能影响指数");
+ add(relationships, "云模型语义综合评估方法", "舰载声纳探测效能影响指数");
+ add(relationships, "云模型语义综合评估方法", "舰载直升机起飞安全风险指数");
+ add(relationships, "云模型语义综合评估方法", "舰载直升机降落安全风险指数");
+ add(relationships, "云模型语义综合评估方法", "水面舰艇综合效能影响指数");
+ add(relationships, "云模型语义综合评估方法", "巡航导弹效能影响指数");
+ add(relationships, "云模型语义综合评估方法", "防空导弹效能影响指数");
+
+ // 12. 层次分析法
+ // 用于确定权重，支撑所有指标的综合评估
+ add(relationships, "层次分析法", "补给舰航行安全风险指数");
+ add(relationships, "层次分析法", "导弹艇航行安全风险指数");
+ add(relationships, "层次分析法", "驱逐舰航行安全风险指数");
+ add(relationships, "层次分析法", "攻击型潜艇航行安全风险指数");
+ add(relationships, "层次分析法", "护卫舰航行安全风险指数");
+ add(relationships, "层次分析法", "舰炮打击效能影响指数");
+ add(relationships, "层次分析法", "舰射鱼雷打击效能影响指数");
+ add(relationships, "层次分析法", "舰载反舰导弹打击效能影响指数");
+ add(relationships, "层次分析法", "舰载防空导弹打击效能影响指数");
+ add(relationships, "层次分析法", "舰载机飞行安全风险指数");
+ add(relationships, "层次分析法", "舰载雷达探测效能影响指数");
+ add(relationships, "层次分析法", "舰载声纳探测效能影响指数");
+ add(relationships, "层次分析法", "舰载直升机起飞安全风险指数");
+ add(relationships, "层次分析法", "舰载直升机降落安全风险指数");
+ add(relationships, "层次分析法", "湿热指数");
+ add(relationships, "层次分析法", "风寒指数");
+ add(relationships, "层次分析法", "水面舰艇综合效能影响指数");
+ add(relationships, "层次分析法", "舰艇机动效能影响指数");
+ add(relationships, "层次分析法", "舰艇声呐效能影响指数");
+ add(relationships, "层次分析法", "巡航导弹效能影响指数");
+ add(relationships, "层次分析法", "防空导弹效能影响指数");
+
+ // 13. 湿热指数计算方法
+ add(relationships, "湿热指数计算方法", "湿热指数");
+
+ // 14. 风寒指数计算方法
+ add(relationships, "风寒指数计算方法", "风寒指数");
+
+ // 15. 小样本信息扩散模型
+ // 用于增强小样本下的评估鲁棒性，适用于所有风险与效能指标
+ add(relationships, "小样本信息扩散模型", "补给舰航行安全风险指数");
+ add(relationships, "小样本信息扩散模型", "导弹艇航行安全风险指数");
+ add(relationships, "小样本信息扩散模型", "驱逐舰航行安全风险指数");
+ add(relationships, "小样本信息扩散模型", "攻击型潜艇航行安全风险指数");
+ add(relationships, "小样本信息扩散模型", "护卫舰航行安全风险指数");
+ add(relationships, "小样本信息扩散模型", "舰载机飞行安全风险指数");
+ add(relationships, "小样本信息扩散模型", "舰载直升机起飞安全风险指数");
+ add(relationships, "小样本信息扩散模型", "舰载直升机降落安全风险指数");
+ add(relationships, "小样本信息扩散模型", "水面舰艇综合效能影响指数");
+
+ // 16. 高维知识点集映射模型
+ // 用于知识关联，支撑所有指标的语义理解
+ add(relationships, "高维知识点集映射模型", "补给舰航行安全风险指数");
+ add(relationships, "高维知识点集映射模型", "导弹艇航行安全风险指数");
+ add(relationships, "高维知识点集映射模型", "驱逐舰航行安全风险指数");
+ add(relationships, "高维知识点集映射模型", "攻击型潜艇航行安全风险指数");
+ add(relationships, "高维知识点集映射模型", "护卫舰航行安全风险指数");
+ add(relationships, "高维知识点集映射模型", "舰炮打击效能影响指数");
+ add(relationships, "高维知识点集映射模型", "舰射鱼雷打击效能影响指数");
+ add(relationships, "高维知识点集映射模型", "舰载反舰导弹打击效能影响指数");
+ add(relationships, "高维知识点集映射模型", "舰载防空导弹打击效能影响指数");
+ add(relationships, "高维知识点集映射模型", "舰载机飞行安全风险指数");
+ add(relationships, "高维知识点集映射模型", "舰载雷达探测效能影响指数");
+ add(relationships, "高维知识点集映射模型", "舰载声纳探测效能影响指数");
+ add(relationships, "高维知识点集映射模型", "舰载直升机起飞安全风险指数");
+ add(relationships, "高维知识点集映射模型", "舰载直升机降落安全风险指数");
+ add(relationships, "高维知识点集映射模型", "湿热指数");
+ add(relationships, "高维知识点集映射模型", "风寒指数");
+ add(relationships, "高维知识点集映射模型", "水面舰艇综合效能影响指数");
+ add(relationships, "高维知识点集映射模型", "舰艇机动效能影响指数");
+ add(relationships, "高维知识点集映射模型", "舰艇声呐效能影响指数");
+ add(relationships, "高维知识点集映射模型", "巡航导弹效能影响指数");
+ add(relationships, "高维知识点集映射模型", "防空导弹效能影响指数");
+
+ // 17. 舰船倾覆概率计算方法
+ add(relationships, "舰船倾覆概率计算方法", "补给舰航行安全风险指数");
+ add(relationships, "舰船倾覆概率计算方法", "导弹艇航行安全风险指数");
+ add(relationships, "舰船倾覆概率计算方法", "驱逐舰航行安全风险指数");
+ add(relationships, "舰船倾覆概率计算方法", "攻击型潜艇航行安全风险指数");
+ add(relationships, "舰船倾覆概率计算方法", "护卫舰航行安全风险指数");
+
+ // 18. 飞机颠簸计算方法
+ add(relationships, "飞机颠簸计算方法", "舰载机飞行安全风险指数");
+
+ // 19. 飞机积冰计算方法
+ add(relationships, "飞机积冰计算方法", "舰载机飞行安全风险指数");
+
+ // 20. 马尔科夫决策方法
+ // 用于状态转移建模，影响航行与飞行安全
+ add(relationships, "马尔科夫决策方法", "补给舰航行安全风险指数");
+ add(relationships, "马尔科夫决策方法", "攻击型潜艇航行安全风险指数");
+ add(relationships, "马尔科夫决策方法", "舰载机飞行安全风险指数");
+ add(relationships, "马尔科夫决策方法", "水面舰艇综合效能影响指数");
+
+ // 21. 效用分析决策方法
+ // 用于方案优选，影响武器系统效能评估
+ add(relationships, "效用分析决策方法", "舰炮打击效能影响指数");
+ add(relationships, "效用分析决策方法", "舰射鱼雷打击效能影响指数");
+ add(relationships, "效用分析决策方法", "舰载反舰导弹打击效能影响指数");
+ add(relationships, "效用分析决策方法", "舰载防空导弹打击效能影响指数");
+ add(relationships, "效用分析决策方法", "水面舰艇综合效能影响指数");
+ add(relationships, "效用分析决策方法", "巡航导弹效能影响指数");
+ add(relationships, "效用分析决策方法", "防空导弹效能影响指数");
+// 添加 大类 → 小类 关系
+ add(relationships, "基础地理数据", "地形数据");
+ add(relationships, "基础地理数据", "水文数据");
+ add(relationships, "基础地理数据", "重要的岛屿港口");
+
+ add(relationships, "气象观测数据", "实时气象数据");
+ add(relationships, "气象观测数据", "历史气象数据");
+
+ add(relationships, "海洋环境数据", "海洋水文数据");
+ add(relationships, "海洋环境数据", "海洋气象数据");
+
+ add(relationships, "战场环境数据", "电磁环境数据");
+ add(relationships, "战场环境数据", "核生化数据");
+
+ add(relationships, "装备性能数据", "武器系统参数");
+ add(relationships, "装备性能数据", "平台机动数据");
+
+ add(relationships, "作战任务数据", "任务规划数据");
+ add(relationships, "作战任务数据", "兵力部署数据");
+
+ add(relationships, "影响评估数据", "气象影响案例");
+ add(relationships, "影响评估数据", "海洋影响案例");
+
+ add(relationships, "决策规则数据", "军事规则库");
+ add(relationships, "决策规则数据", "专家知识库");
+
+ add(relationships, "实时动态数据", "卫星遥感数据");
+ add(relationships, "实时动态数据", "无人平台数据");
+ add(relationships, "实时动态数据", "民用设施数据");
+ add(relationships, "实时动态数据", "人口密度数据");
+
+ for(int j=0;j());
+ List docs=test1Mapper.selectAllDoc1();
+ if(zhyRelationship.getFileList().size()>0){
+ for(int i=0;i (b) RETURN r";
+ neo4jUtil.excuteCypherSql(cqr);
+
+ List ids = new ArrayList<>();
+ ids.add(String.valueOf(zhyRelationship.getId()));
+ ESDao esDao = new ESDao();
+ esDao.id = article.getId().toString();
+ esDao.DBid = article.getId().toString();
+ esDao.type = "line";
+ if(article.getLocalUrl()!=null){
+ System.out.println("333333");
+ try {
+ String txt=article.getLocalUrl().replace("pdf", "txt");
+ List content = extractContentUntilSecondPage(txt);
+ if (content != null) {
+ // 打印结果
+ for (String line : content) {
+ System.out.println(line);
+ }
+ String result = String.join("", content);
+ esDao.abstracts = result;
+ } else {
+ System.out.println("未找到相关内容或文件不存在。");
+ esDao.abstracts = article.getName()+article.getKeywords()+article.getSummary();
+ }
+ } catch (IOException e) {
+ e.printStackTrace();
+ esDao.abstracts = article.getName()+article.getKeywords()+article.getSummary();
+ }
+ }else{
+ esDao.abstracts = article.getName()+article.getKeywords()+article.getSummary();
+ }
+ esDao.data = ids.toString();
+ esService.insertDocById("links",esDao);
+ }
+ }else{
+ zhyRelationship.setCreateTime(DateUtils.getNowDate());
+ ZhyDoc vv = new ZhyDoc();
+ vv.setId(zhyRelationship.getSource());
+ ZhyDoc dd = test1Mapper.selectDocById(vv);
+ if(dd==null){
+ ZhyFileManage fileManage=test1Mapper.getFileById(docs.get(0).getFileId());
+ zhyRelationship.setSourceName(fileManage.getFileName().replaceAll("(?i)\\.docx$", ""));
+ }else{
+ zhyRelationship.setSourceName(dd.getDocTitle());
+ }
+// zhyRelationship.setSourceName(dd.getDocTitle());
+ vv.setId(zhyRelationship.getTarget());
+ ZhyDoc dd2 = test1Mapper.selectDocById(vv);
+ zhyRelationship.setTargetName(dd2.getDocTitle());
+ zhyRelationship.setIsgraph(1l);
+ zhyRelationship.setRelationship("相关");
+ zhyRelationshipMapper.insertZhyRelationship(zhyRelationship);
+ String cqr = "MATCH (a:Doc),(b:Doc) WHERE a.docId = '"+zhyRelationship.getSource()+"' AND b.docId = '"+zhyRelationship.getTarget()+"'CREATE (a)-[r:"+zhyRelationship.getRelationship()+"{ name: '"+zhyRelationship.getRelationship()+ "', DbId: '"+zhyRelationship.getId()+"' }] -> (b) RETURN r";
+ neo4jUtil.excuteCypherSql(cqr);
+ }
+ }
+
+
+
+
+
+
+
+
+
+
+
+
+ return toAjax(1);
+}
+ @PreAuthorize("@ss.hasPermi('system:relationship:add')")
@Log(title = "文章关系", businessType = BusinessType.INSERT)
@PostMapping
public AjaxResult add(@RequestBody ZhyDocRelation zhyRelationship) throws IOException {
diff --git a/ruoyi-api/src/main/java/com/ruoyi/api/controller/DocApiController.java b/ruoyi-api/src/main/java/com/ruoyi/api/controller/DocApiController.java
index b08329d..d8c96b2 100644
--- a/ruoyi-api/src/main/java/com/ruoyi/api/controller/DocApiController.java
+++ b/ruoyi-api/src/main/java/com/ruoyi/api/controller/DocApiController.java
@@ -1951,7 +1951,7 @@ public class DocApiController extends BaseController {
break;
}
System.out.println("将在 10 分钟后重试... (第 " + retryCount + " 次重试)");
- Thread.sleep(2 * 60 * 1000); // 等待 10 分钟后重试
+ Thread.sleep(10 * 60 * 1000); // 等待 10 分钟后重试
continue; // 重要：跳回循环开头，重新执行整个流程
}
diff --git a/ruoyi-ui/public/favicon.ico b/ruoyi-ui/public/favicon.ico
deleted file mode 100644
index cdc2e60..0000000
Binary files a/ruoyi-ui/public/favicon.ico and /dev/null differ
diff --git a/ruoyi-ui/public/index.html b/ruoyi-ui/public/index.html
index 925455c..09464e6 100644
--- a/ruoyi-ui/public/index.html
+++ b/ruoyi-ui/public/index.html
@@ -5,7 +5,6 @@
-
<%= webpackConfig.name %>