expressions. 3.9 Shadow 3.9.1 Background Under the distributed application architecture based on microservices, business requires multiple ser‐ vices to be completed through a series of services and middleware testing on production environment is a complex and huge task. Coordination and adjustments between microservices and middlewares required to cope with the transparent transmission of differ‐ ent flow rates testing and reduce the testing cost under the distributed appli‐ cation architecture based on microservices, stress testing is usually carried out in production environ‐ ments, which will notably increase

expressions. 3.9 Shadow 3.9.1 Background Under the distributed application architecture based on microservices, business requires multiple ser‐ vices to be completed through a series of services and middleware testing on production environment is a complex and huge task. Coordination and adjustments between microservices and middlewares required to cope with the transparent transmission of differ‐ ent flow rates testing and reduce the testing cost under the distributed appli‐ cation architecture based on microservices, stress testing is usually carried out in production environ‐ ments, which will notably increase

types. 8.9 Shadow 8.9.1 Background Under the distributed application architecture based on microservices, business requires multiple ser‐ vices to be completed through a series of services and middleware testing on production environment is a complex and huge task. Coordination and adjustments between microservices and middlewares required to cope with the transparent transmission of differ‐ ent flow rates testing and reduce the testing cost under the distributed appli‐ cation architecture based on microservices, stress testing is usually carried out in production environ‐ ments, which will notably increase

types. 8.9 Shadow 8.9.1 Background Under the distributed application architecture based on microservices, business requires multiple ser‐ vices to be completed through a series of services and middleware testing on production environment is a complex and huge task. Coordination and adjustments between microservices and middlewares required to cope with the transparent transmission of differ‐ ent flow rates testing and reduce the testing cost under the distributed appli‐ cation architecture based on microservices, stress testing is usually carried out in production environ‐ ments, which will notably increase

1.1 4.9 Shadow DB 4.9.1 Background Under the distributed application architecture based on microservices, business requires multiple ser‐ vices to be completed through a series of services and middleware testing on production environment is a complex and huge task. Coordination and adjustments between microservices and middlewares required to cope with the transparent transmission of differ‐ ent flow rates

expressions. 4.9 Shadow DB 4.9.1 Background Under the distributed application architecture based on microservices, business requires multiple ser‐ vices to be completed through a series of services and middleware testing on production environment is a complex and huge task. Coordination and adjustments between microservices and middlewares required to cope with the transparent transmission of differ‐ ent flow rates

expressions. 4.8 Shadow DB 4.8.1 Background Under the distributed application architecture based on microservices, business requires multiple ser‐ vices to be completed through a series of services and middleware