It is known that the proportion of interfaces calculated from the production environment is as follows:
| interface | interface ratio |
|---|---|
| interface 1 | 40% |
| Interface 2 | 20% |
| Interface 3 | 30% |
| Interface 4 | 10% |
Scenario 1: The above interfaces have no upper and lower dependencies, and a capacity scenario is designed
The interface 1 ratio is as follows:
Interface 2 proportions are as follows:
The ratio of interface 3 is as follows:
The ratio of interface 4 is as follows:
The verification results are as follows:
Scenario 2: The ratio of the above interfaces remains unchanged, and the interface sequence 1, 2, 3, 4 is executed to design a capacity scenario
Interface 1 is set as follows:
Interface 2 is set as follows:
Interface 3 is set as follows:
Interface 4 is set as follows:
The verification results are as follows:
Scenario 3: Service A is executed according to the interface sequence 1, 2, 3, 4, service B is executed according to the interface sequence 1, 2, and service C is executed according to the interface sequence 1, 3. The proportion of each interface remains unchanged, and the capacity scenario is designed
Service A executes interfaces 1, 2, 3, and 4, and only service A executes interface 4, then service A will consume 10% of each interface; after service A consumes 10% of each interface, only interfaces 1 and 2 are left , 3, business B is executed according to interfaces 1 and 2, then each interface of business B will consume 10%, and the remaining interfaces 1 and 3 will only have 20, which satisfies the execution order of business C; when calculating the business ratio, all Interface Computing Appears in Business
Service A is set as follows:
Business B is set as follows:
Business C is set as follows:
The verification results are as follows:
Scenario 4: Add interfaces 5 and 6, and the ratio of interfaces is as follows. Service A is executed in the order of interfaces 1, 2, 3, and 4. Service B is executed in the order of interfaces 1 and 2. Service C is executed in the order of interfaces 1 and 3. Service D Only implement interface 5, business E only implements interface 6, and design a capacity scenario
| interface | interface ratio |
|---|---|
| interface 1 | 25% |
| Interface 2 | 20% |
| Interface 3 | 30% |
| Interface 4 | 10% |
| Interface 5 | 10% |
| Interface 6 | 5% |
analyse as below:
- Interface 5 and interface 6 are relatively independent and may not be considered for the time being
- Only interface 4 is allocated according to the proportion of interface 4 in service A. After the allocation is completed, continue to be allocated according to service B and service C
- Business C executes interface 1 once, and needs to execute interface 3 four times. Therefore, business C needs to use a loop controller. The total share of ABCDE5 businesses is: 10+10+5+10+5=40, and the proportion of each business is 25 , 25, 12.5, 25, 12.5
Service A is set as follows:
Business B is set as follows:
Business C is set as follows:
The loop controller is set up as follows:
Service D is set as follows:
Service E is set as follows:
The verification results are as follows:
