Design And Implementation Of The Chinese Communist Party Grassroots Party Building Education System Based On Microservice Architecture

Improving the ideological and quality training channels of traditional organization members based on face-to-face teaching is one of the current development needs of grassroots party branches.Coinciding with the centenary of the founding of the party,organizations and units at all levels have paid more and more attention to the information construction of party building,invested resources and energy to build an exclusive or multi-branch joint party-building education network position,and accelerated the transformation of the education work of organizational members from offline to online.Most of the grass-roots party-building education informatization systems that have been put into operation at present focus on the construction of theoretical propaganda needs,and the functional composition is thin,resulting in low user stickiness,and in terms of technical routes,the basic function implementation is mainly used in a single application architecture or a combination architecture,but such an old design model is difficult to meet the agile development trend such as on-demand expansion and local update.In addition,in recent years,the number of members of grass-roots party organizations in China has grown steadily,and improving the conditions of concurrent carrying capacity and robustness is also a key factor that needs to be considered in the current system construction.Based on the above problems,this thesis uses the microservice architecture theory and technical system to design and implement a party-building education system suitable for grass-roots organizations,providing relevant design ideas for the party building informatization construction.The main work of this thesis is as follows:(1)Requirements analysis and prototyping.Because of the relatively weak function construction,this thesis takes the actual research needs of a certain agency as a blueprint,combines the theoretical principles of service division,and uses the function as the model boundary to complete the fine-grained division of the overall business.The user center,news minutes,thinking and education classrooms,knowledge Detect,organize life and other functional microservices and public microservices,and complete abstract modeling and detailed design of functional service units based on role identities.(2)Performance optimization.To improve the system load capacity,robustness,and other indicators,this thesis builds a complete service unit governance scheme,using Spring Cloud as the core framework,and reasonably applying components such as registration and discovery,dynamic configuration,routing gateway,service invocation,circuit breaker protection,and link tracking,effectively improve the performance of the system.(3)System realization.According to the design scheme,the front-end and back-end separation mode is adopted to complete the specific coding implementation.To strengthen the learning initiative of organizational members,a collaborative filtering algorithm is introduced,which takes into account the influence of time factors on members’ periodic interests,and incorporates it into the application scope of the recommendation scheme together with the popularity of resources,to realize the recommendation function of party building educational resources.In addition,use a full-text search engine to improve resource search efficiency.(4)System test.First,write test cases to complete black box testing of the system to ensure the availability and integrity of each service unit.Secondly,the thread simulator is used to verify the core interface load capacity and other non-functional indicators,and finally,the test results are analyzed and explained.