Selenium

摘要： BACKGROUND The incidence of toxic diffuse goiter(Graves’disease)is higher in adolescents and preschool-aged children,with an upward trend.The incidence at 6–13 years of age is approximately 11.0%,and the incidences in men and women are 7.8%and 14.3%,respectively.AIM To explore the clinical effect of methimazole combined with selenium in the treatment of toxic diffuse goiter(Graves’disease)in children and its effect on serum anti-thyroglobulin antibody(TRAb)and anti-thyroid peroxidase antibody(TPOAb).METHODS A total of 103 children with Graves’disease treated in our hospital from January 2018 to June 2021 were divided into a traditional group and a combined group(15-20 mg methimazole orally given to children)and a combined group(50μg selenium added on the basis of traditional treatment)according to different treatment methods to explore the therapeutic effects of the two methods and to observe the changes in thyroid volume and serum TRAb,TPOAb,free thyroxine(FT4)and inflammatory factor levels before and after treatment.The time taken for FT4 to return to normal was compared between the two groups.RESULTS Treatment was significantly more effective in the combined group than in the traditional group(P<0.05).The thyroid volumes of the children in the two groups was measured before and after treatment.Thyroid volume decreased significantly after treatment in both groups,and the thyroid volume was significantly lower in the combined group than in the traditional group(P<0.05).The serum levels of interleukin-6(IL-6),IL-8,TRAb,TPOAb and FT4 in the two groups were detected before and after treatment.The levels of IL-6,IL-8,TRAb,TPOAb and FT4 were significantly lower in the combined group than in the traditional group(P<0.05).Follow-up of the children in the two groups showed that compared with the traditional group,it took less time for children in the combined group to return to the normal level(P<0.05).CONCLUSION Methimazole combined with selenium can effectively treat Graves’disease in children,reduce the expression of TRAb,TPOAb,FT4 and inflammatory factors,and improve the curative effect.Thus,the combined treatment warrants further clinical research.

摘要： 针对使用调试检测、数据加密等技术的网站,解析工具Beautiful Soup难以对网页进行解析爬取数据。本研究基于Python环境,结合JavaScript逆向技术、Beautiful Soup网页解析等网络爬虫技术,利用中间人攻击工具Mitmproxy(man-in-the-middle attack proxy)在本地指定设备端口开启本地代理,拦截并修改网页响应。同时,运用Web自动化工具Selenium来启动浏览器,设置使用代理服务器,连接到本地Mitmproxy代理,访问被修改的响应网页进行网页调试和解析,并对加密数据进行还原,解决网络爬虫中调试检测和数据加密难题,从而爬取数据。

摘要： EAM中的数据来源包括员工录入、自动生成、数据交互等,为确保设备分析、考核指标、维保计划的准确性,设备管理人员必须周期性的开展基础数据规范性检查。由于检查过程具有数据维度多、数据量大、检查项目多、存在异常数据等特点,占用设备管理人员大量的时间。文章基于Python检查EAM系统数据规范性并进行分析研究,阐述了使用Selinium、Pyautogui、Pandas库实现浏览器控制、文件下载与转移、数据导入与清洗、数据分析与输出的方法。

摘要： This study reported the influence of selenium(Se)on carbohydrate composition and some related enzymes and nutrient compositions of arsenic(As)stressed rice plants.Rice plants of cultivar PR126 were grown on soil amended with As in a range of 25-100μmol/kg with and without 0.5 or 1.0 mg/kg Se.Total soluble sugars(TSS)and reducing sugars(RS)increased in leaves of As stressed plants at the tillering and grain filling stages whereas sucrose and starch contents showed the reverse trend.Se supplementation to As stressed plants further increased TSS and RS,and enhanced sucrose phosphate synthase activity in rice leaves,thus improving sucrose content and the tolerance to As stress of the plants.Se alone or in combination with As resulted in lower As accumulation in rice husk and grains,and the highest reduction was observed in Se applied at 1.0 mg/kg compared to the corresponding As treatments alone.As may limit the accumulations of Na,Mg,K,Ca,Fe,Zn and Mn in rice grains,which are essential for humans.Binary application of different combinations of As and Se protected the plants against As and increased the mineral content in rice grains.Addition of Se in As treated soil significantly alleviated As stress by enhancing grain yields compared to the corresponding As treatment.It is concluded that Se induced amelioration of the toxic impact of As in rice either by modulating carbohydrate composition and/or nutrient uptake is one of the mechanisms to alleviate As stress in plants.

摘要： Both tea polyphenols and selenium(Se)have been suggested to exert the health benefits via the regulatory capacities of chronic inflammation,which make Se-enriched oolong tea a promising beverage as an anti-inflammatory diet.The aim of this study is to investigate the anti-inflammatory effects of Se-enriched oolong tea extract(Se-TE)and underlying mechanism in lipopolysaccharide(LPS)-induced RAW264.7 cells.Se-TE treatments(50 and 150μg/m L)significantly suppressed the over-production of nitric oxide(NO)and prostaglandin E2(PGE2)in LPS-stimulated macrophages via downregulating the expression of nitric oxide synthase(i NOS)and cyclooxygenase-2(COX-2).Moreover,Se-TEs also effectively inhibited the productions of inflammatory cytokines,such as tumor necrosis factor-α(TNF-α),interleukin-6(IL-6),and interleukin-1β(IL-1β).Furthermore,Se-TE could block mitogen-activated protein kinase(MAPK)and nuclear factor-kappa B(NF-κB)signaling pathways through the inhibition of the phosphorylation of key proteins(IκB-α,p65,p38,ERK,and JNK)and the translocation of the p65 subunit into the nucleus.Collectively,our results indicated that Se-TE may have the potential to be used as a novel food ingredient for the development of various anti-inflammatory foods and the treatment and prevention of chronic inflammation-related diseases.

摘要： To illuminate the migration and transformation of selenium(Se)in the igneous rock-soil-rice system,285 pairs of rhizosphere soil and rice samples were collected from the granitoid and basalt areas in Hainan Province,South China.The contents of Se in soils derived from granitoid and basalt are,respectively,0.19±0.12 mg/kg and 0.34±0.39 mg/kg,which are much higher than Se contents in granitoid and basalt.Selenium shows remarkable enrichment from granitoid and basalt to soils.The mobile fraction of Se in soils derived from granitoid is 0.0100±0.0034 mg/kg,which is significantly higher than that of basalt(0.0058±0.0039 mg/kg).Although soil derived from basalt shows higher Se contents,Se contents in rice samples,mobile fractions of Se in soils,and biological concentration factor(BCF)is similar or even lower than that from granitoid.Basalt consist of calcic plagioclase and pyroxene,and are much richer in Fe,Al,and Ca than granitoid.Correspondingly,the basalt-derived soils have higher goethite,hematite,kaolinite,cation exchange capacity(CEC)content,and higher p H than the granitoid-derived soils,which result in higher adsorption capacity for Se and relatively lower Se bioavailability.Soils derived from granitoid and basalt in tropical regions are beneficial to produce Se-rich rice.

摘要： At present,Hepatocarcinoma is one of the main causes of tumor related death all over the world.However,there are still many clinical restrictions on the treatment of liver cancer.Recently,L-Selenocystine has been shown to be a novel treatment for tumors,especially human glioma cells.But,the mechanism of L-Selenocystine against hepatocellular carcinoma remains unclear.Therefore,the main objective of this study was to investigate the effects of L-Selenocystine on HepG2 cell proliferation and activation of reactive oxygen species(ROS)mediated signaling pathway.L-Selenocystine can significantly inhibit HepG2 cell proliferation by activating caspase-3 and cleaving PARP to induce apoptosis.Moreover,the excessive production of ROS and the influence of Bax signaling pathway which can promote cell apoptosis are key factors for L-Selenocystine to induce HepG2 cell apoptosis.Therefore,the date of this study suggest that ROS mediated signal transduction mechanism may provide certain reference significance for L-Selenocystine induced HepG2 cell apoptosis.

摘要： 生鲜农产品小批量、保质期短等特性和拥堵的城市交通对配送效率提出更高的要求。文章针对生鲜农产品配送路径优化问题,以HFZ便民直销店为例,首先利用Selenium工具进行网络爬虫,在百度地图里查找63个便利店和1个配送中心之间的最短路线,然后设计考虑时间窗因素的生鲜农产品配送路径优化模型。最后通过对比分析,表明基于Selenium和遗传算法得出的结果具有显著优势。

摘要： 本文基于Selenium框架绕过网站设置的反爬机制,实现Boss直聘网爬虫工程师岗位的自动化爬取,将爬取后的数据存储到csv文件,之后利用pandas库对岗位数据进行数据分析并将分析结果可视化展示,在《数据爬取》课程中以此为教学案例,可以提升学生的专业和职业认同感,同时为学生未来就业提供了参考。

摘要： 高校毕业设计成果上传提交保存到管理平台是一件繁琐的工作。通过使用Python+Selenium开发应用程序,可以实现毕业设计成果自动上传提交保存,高质高效,大大减少学生、老师的工作量,并且对于类似的应用场景有很高的参考价值。

摘要： The purpose of this study was to evaluate the inhibitory activity of selenium-enriched probiotics against pathogenic Escherichia coli(E．coli)in vitro and in vivo．E．coli was co-cultured in vitro with each probiotic strain individually and a mixture of the four strains and its population was counted at various time points．We also collected a cell-free culture supernatant(CFCS)of each probiotic strain and the four-strain mixed to examine their antibacterial activity using the cylinder plate method．Results demonstrated that co-culture with probiotics significantly reduced the number of E.coli．The different sizes of the inhibition zones made by each CFCS proved that E.coli was inhibited by the metabolites of the probiotics．In vivo，Kunming mice were allocated into different groups supplemented with selenium-enriched and other probiotics．After 28 days，the mice were inoculated with pathogenic E．coli to compare mortality and inspect other indexes of each treatment．The mortality of the group with selenium-enriched probiotics was the lowest．In addition，the organic antioxidant status improved，immunity was fortified，and the intemal environment of the intestinal tract was enhanced with selenium-enriched probiotic supplementation．In conclusion,selenium-enriched probiotics can strongly antagonize pathogenic E．coli in vitro and vivo．

摘要： 针对目前软件系统测试要求测试周期更短、测试频率更高的情况，研究并提出了基于SJAC测试框架的自动化持续测试。采用SJAC测试框架可以实现全天候无人值守的全程自动化测试，包括从版本管理工具中检查版本更新情况并下载部署至测试环境，然后执行测试用例，到最后生成和发布测试结果并清理测试环境。为实现自动化持续测试提供了一个很好的解决方案。

摘要： 针对目前软件系统测试要求测试周期更短、测试频率更高的情况，研究并提出了基于SJAC测试框架的自动化持续测试。采用SJAC测试框架可以实现全天候无人值守的全程自动化测试，包括从版本管理工具中检查版本更新情况并下载部署至测试环境，然后执行测试用例，到最后生成和发布测试结果并清理测试环境。为实现自动化持续测试提供了一个很好的解决方案。

摘要： 针对目前软件系统测试要求测试周期更短、测试频率更高的情况，研究并提出了基于SJAC测试框架的自动化持续测试。采用SJAC测试框架可以实现全天候无人值守的全程自动化测试，包括从版本管理工具中检查版本更新情况并下载部署至测试环境，然后执行测试用例，到最后生成和发布测试结果并清理测试环境。为实现自动化持续测试提供了一个很好的解决方案。

摘要： 针对目前软件系统测试要求测试周期更短、测试频率更高的情况，研究并提出了基于SJAC测试框架的自动化持续测试。采用SJAC测试框架可以实现全天候无人值守的全程自动化测试，包括从版本管理工具中检查版本更新情况并下载部署至测试环境，然后执行测试用例，到最后生成和发布测试结果并清理测试环境。为实现自动化持续测试提供了一个很好的解决方案。

摘要： 本发明公开了一种构建基于Selenium的Web应用自动化测试框架的方法，步骤a，实现基本功能层的构建：包括执行日志、测试报道、失败用例截图和失败用例重跑功能；步骤b，实现页面元素层的构建，包括元素名称、元素定位方式和元素定位表达式；步骤c，实现页面对象层的构建，用于创建各个页面类；步骤d，实现测试用例层的构建，用于开发测试用例脚本；步骤e，搭建分布式环境来执行测试用例；步骤f，将框架与持续集成工具Jenkins集成，实现框架的触发性构建及实施反馈。本发明还公开了一种基于Selenium的Web应用自动化测试框架及其构建系统。本发明的一种基于Selenium的Web应用自动化测试框架及其构建方法、系统，可以契合被测系统，能够实现高度自动化以及提高测试效率和质量。

摘要： 本发明公开了一种面向Selenium IDE的XML测试脚本质量评判方法，本发明通过对用户提交的测试用例脚本文件的收集和提取，制定出所有可能得分选项表，根据事先制定的黑名单和白名单进行筛选和补充，确定最终的满分模板。最后根据最终的满分选项表对XML测试脚本进行打分。该方法采用了黑白名单制度并且参考所有XML测试脚本制定评判规则，使最终评判模板更加全面准确，同时也减轻了评判人员的负担，大大提高了工作效率。

摘要： 本发明公开了一种面向Selenium Remote Control的Java测试代码质量评判方法，本发明通过将所有用户提交的Java文件结合评判者事先给定的白名单进行数据表完善处理，生成一个标准模板，求出每位用户提交的Java文件中两类相应值在这个标准模板所占有的权重比例，从而得出该用户测试代码的最终评判结果。该方法在一定程度上确保了Java测试代码评判的公正性，利用生成的标准模板进行对比，减轻了评判者的工作负担，大大提高了工作效率。

摘要： 本发明提供一种封装Selenium和Sikuli实现Web自动化测试的方法，包括如下步骤：步骤一、设置java工程的依赖环境；步骤二、对Selenium和Sikuli进行封装，形成核心API；步骤三、编写基础类，供编写测试用例时调用；步骤四、使用步骤二封装的核心API和步骤三编写的基础类，实现Web自动化测试：在src下新建temp目录用于放置测试用例Java class，测试用例的Java class继承BaseTestCase，然后在测试方法中引用BasePage.java中的测试操作方法并传入测试数据。本发明可降低测试人员编写脚本和维护脚本的难度，提高自动化测试成功率和效率。

摘要： 本发明公开了一种基于OpenACS+Selenium的ONU自动注册系统，部署OpenACS开源框架的服务器模块，对OpenACS开源框架的服务器模块配置工单脚本、服务地址及认证用户密码；启动Selenium自动化模块，并登陆到ONU的WEB管理模块，获取设备标识号；登陆到OpenACS开源框架的服务器模块的OpenACS的WEB管理页面，将设备标识号写入到OpenACS开源框架的服务器模块的工单脚本；登陆到ONU的WEB管理页面，配置ONU的管理WAN、服务地址、认证用户密码；登陆到ONU的WEB注册页面，配置逻辑ID进行注册，注册过程中，ONU与OpenACS开源框架的服务器模块进行交互，由OpenACS给ONU下发业务参数，注册结束。通过本发明，可以实现不受限于运营商的实际应用场景，部署在ONU研发测试环境下，使ONU的注册功能在研发调测阶段就能完成大量充分的验证。

摘要： 本发明公开一种基于Selenium的多路由测试方法及系统，其中测试方法为：步骤1：进行环境部署，将待测试路由器的LAN口通过网线与测试电脑连接，将待测试路由器的WAN口通过网线接入互联网；步骤2：测试电脑通过Selenium脚本驱动系统浏览器打开待测试路由器管理界面地址；步骤3：测试电脑通过执行Selenium脚本对浏览器中的待测试路由器的管理界面进行自动化操作，执行测试；步骤4：将本次测试的执行过程记录到测试日志中，并与预期结果进行自动比对，输出最终的测试结果。

摘要： 本发明公开了一种基于Selenium生成舆情报告的方法，Selenium生成舆情报告的方法步骤如下：生成报告的模板、绘制页面、信息存储、二次编辑、数据更新、报告预览、报告下载。本发明的关键点：将Selenium作为报告生成的核心技术；报告结构化数据和非结构化数据独立存储的架构体系；支持可视化二次在线编辑；支持实时预览和导出。

摘要： 本发明公开了一种基于selenium测试工具的web应用系统自动化测试的方法，该方法包括：分析待研究web应用系统的功能，构建系统功能流程图；将所述待研究web应用系统中的每一个网页看作是一个状态，根据所述系统功能流程图，确定状态数量和状态之间的转移关系；利用马尔科夫链模型描述并计算系统状态之间的转移概率，得到所述待研究web应用系统的最终状态转移矩阵；根据所述状态转移矩阵采用selenium测试工具对所述待研究web应用系统进行自动化测试。本发明使用selenium测试工具和马尔科夫链转移概率相结合，该方法能够实现测试用例的随机生成并立即执行，代替人手动编写和手动执行测试用例，相对于传统的能量软件测试方法，该方法能够更加有效的提升软件测试的效率。

摘要： 本发明公开一种通过接码平台和selenium突破点选验证码的方法及系统，涉及数据保护技术领域，具体实现包括：步骤S1、分析和定位点选验证图片在浏览器网页源码的xpath路径；步骤S2、根据S1的xpath路径，使用selenium对存在点选验证码的页面指定的验证码图片进行截图；步骤S3、将S2中的截图发送给第三方接码平台，并接收返回结果；步骤S4、解析S3的返回结果，并按顺序将结果坐标进行格式化；步骤S5、根据S1的xpath路径，selenium控制浏览器将鼠标定位到验证码图片上；步骤S6、根据S4中的坐标按顺序，selenium依次点击图片验证码的相应位置完成验证。本发明可以提高爬虫采集数据的能力和效力，拓宽数据来源。

摘要： 本申请提供了一种基于selenium框架的web自动化测试系统、测试方法和测试装置，该web自动化测试系统包括：web系统；selenium测试工具，与web系统通信连接，用于对web系统进行测试；驱动浏览器，用于运行selenium测试工具并模拟测试过程的人工操作。该web自动化测试系统中，驱动浏览器运行selenium测试工具，使得selenium测试工具对web系统进行测试，测试过程中，驱动浏览器模拟不同测试人员权限、各种角色的操作，以代替人工执行机械化的重复性工作，相比于人工操作，降低了web自动化测试的人工成本和操作出错率，并且web自动化测试系统可以实现不间断操作，提高了测试效率。