CN108874600A - A kind of end-to-end automatic test task execution management system of server and method - Google Patents

Abstract

The invention belongs to the technical field of computer servers, and discloses a server end-to-end automatic test task execution management system and method. The system includes a task management module, a constraint condition library module, a machine management module and an execution machine module. The task management module is used for Create test tasks, assign tasks, and issue tasks; the constraint library module is used to filter the machines required for script execution; the machine management module is used to manage all machines to be tested; the execution machine module is used to receive test tasks and execute tasks, and execute the results Return to the task management module. The method includes: creating an automated test task; executing the automated test task to generate a task order; parsing the task order and executing the task order to obtain an execution result; updating the task result and the state of the machine. The system and method of the present application can ensure the efficient execution and orderly management of automated testing tasks, improve the efficiency of server automated testing, and ensure the smooth progress of project testing.

Description

A server end-to-end automated test task execution management system and method

technical field

The invention belongs to the technical field of computer servers, in particular to a server end-to-end automatic test task execution management system and method.

Background technique

Server automation testing can effectively improve the efficiency of testing, while saving time and labor costs. The proportion of automated testing determines the cycle of a project or product from research and development to delivery, so improving the efficiency of server automation testing tasks and standardizing server automation The testing process is very important. Server end-to-end automated test task execution refers to the end-to-end process from tester creation to task execution results.

Most of the existing server automation test task execution management is semi-automated test. Generally, testers need to backfill the results after execution to the corresponding test cases. At the same time, when selecting an execution machine, testers also need to go to the laboratory to find idle machines. , is inefficient and cumbersome.

Contents of the invention

The object of the present invention is to solve the above problems, and provide a server end-to-end automated test task execution management system and method, which can realize efficient execution and orderly management of automated test tasks.

In order to achieve the above object, technical scheme of the present invention is:

A server end-to-end automated test task execution management system, including:

Task management module: used to create test tasks, assign tasks and issue tasks;

Constraint library module: used to filter the machines required for script execution;

Machine management module: used to manage all the machines to be tested;

Executor module: used to receive test tasks and execute the tasks, and return the execution results to the task management module after execution.

Preferably, the task management module includes a task creation unit, a task generation unit, a task allocation unit and a test result statistics unit;

The task creation unit is used to create a test task, set the use case, test time, machine type and machine configuration to be used by the task;

The task generation unit is used to obtain the script constraints according to the use case number to the constraint condition library module, and then screen the machines satisfying the script constraints in the machine management module according to the obtained script constraints, and generate a task list;

The task allocation unit is used to send a request to the execution machine module, and send the task order to the execution machine module;

The test result statistics unit is used to receive the execution results and files returned by the execution machine module, and update the task results and the state of the machine.

Preferably, the constraint library module is used to cooperate with the task management module to filter the machines required for script execution according to the use case constraints.

Preferably, the machine management module is also used by the task management module to screen idle machines and return machine information to the task management module.

Preferably, the actuator module includes:

Execution monitoring unit: used to receive test tasks assigned by the task management module, parse task orders, call scripts for automated test execution, and monitor script execution status;

Test result collection unit: obtain execution results after all scripts are executed, and collect logs and log files;

Communication unit: used to upload execution results, collected logs and log files to the task management module.

Preferably, the execution machine module is used to receive the test task assigned by the task management module, analyze the task order, call the script to execute the automated test, monitor the execution status of the script, and return the execution result to the task management module after execution.

The present invention also provides a server end-to-end automated test task execution management method, comprising the following steps:

S1: Create an automated test task;

S2: Execute automated testing tasks and generate task orders;

S3: Analyze the task order and execute the task order to obtain the execution result;

S4: Update the result of the task and the state of the machine.

Preferably, in step S1, the method for creating an automated test task includes: starting the server to enter the task management module, creating a test task, setting the use case, test time, machine type and machine configuration to be used by the task.

Preferably, in step S2, the automated testing task is executed, and the method for generating a task list includes:

S21: Execute the automated test task, and the task management module automatically obtains the script constraint condition from the constraint condition library module according to the use case number set by the task;

S22: The task management module screens blank machines satisfying the script constraints according to the acquired script constraints, generates a task order, and adds the scripts to the machine's script execution queue.

Preferably, in step S3, the task list is parsed and executed, and the method for obtaining the execution result includes:

S31: The execution machine module obtains the request sent by the task management module, and analyzes the task list;

S32: Executor module executes the task order, obtains the execution result after execution, and collects logs and log files;

S33: The execution machine module uploads the execution result and log files to the task management module.

Preferably, in step S4, before updating the result of the task and the status of the machine, the task management module polls the execution machine module and judges the execution status of the task. If all scripts are executed, receive the execution result returned by the execution machine module and upload Finally, the task management module updates the result of the task and the state of the machine according to the received execution result and the log file.

The beneficial effects of the present invention are:

The present invention uses a set of software system to realize the execution of end-to-end automated test tasks of the server, and constructs an end-to-end execution process from creating tasks, assigning tasks, issuing tasks, executing tasks to backfilling task results and collecting task execution logs and logs, The complicated process of manually assigning tasks to test execution machines is omitted. After creating a test task and setting test task parameters, the system will automatically call the script corresponding to the test case according to the set use case, and automatically select the appropriate one in the machine management module. The execution machine executes the task. After the task is executed, the execution result is returned to the task management module. The task management module updates the result of the task and the state of the machine according to the received execution result to ensure the efficient execution and orderly management of the automated test task. It can improve the efficiency of server automation testing and ensure the smooth progress of project testing.

Description of drawings

FIG. 1 is a schematic structural diagram of a server end-to-end automated test task execution management system provided in Embodiment 1 of the present application.

FIG. 2 is a schematic flowchart of a method for executing and managing an end-to-end automated test task on a server provided in Embodiment 2 of the present application.

Detailed ways

The present invention can be better understood from the following examples. However, those skilled in the art will easily understand that the following examples are only used to illustrate the technical solutions of the present invention more clearly, but not to limit the protection scope of the present invention.

Example 1

FIG. 1 is a schematic structural diagram of a server end-to-end automated test task execution management system provided by this embodiment.

As can be seen from Figure 1, the server end-to-end automated test task execution management system in this embodiment includes: a task management module, a constraint condition library module, a machine management module and an execution machine module, and the task management module is used to create test tasks , assign tasks and issue tasks; the constraint condition library module is used to screen the machines required for script execution; the machine management module is used to manage all the machines to be tested; the execution machine module is used to receive the test tasks issued by the task management module, execute After the task is executed, the execution result is sent back to the task management module.

It can be seen from FIG. 1 that the task management module includes a task creation unit, a task generation unit, a task allocation unit and a test result statistics unit.

The task creation unit is used to create a test task, set the use case, test time, machine type and machine configuration to be used by the task; the task generation unit is used to obtain script constraints according to the use case number to the constraint library module, and then according to The obtained script constraints are sent to the machine management module to screen machines that meet the script constraints to generate a task list; the dispatching task unit is used to send an HTTP request to the execution machine module, and the task list is sent to the execution machine module; the statistical test The result unit is used to receive the execution results and log files returned by the execution machine module, and update the results of the task and the state of the machine.

The generated task list contains information such as machine information, use case information, script parameters, task number, project information of the task, and estimated execution time. The constraint condition library module is used to cooperate with the task management module to filter the machines required for script execution according to the use case constraints.

The machine management module is also used by the task management module to screen idle machines and return machine information to the task management module.

As shown in FIG. 1 , the execution machine module includes an execution monitoring unit, a test result collection unit and a communication unit.

The execution monitoring unit is used to receive the test task assigned by the task management module, analyze the task list, call the script to execute the automated test, and monitor the execution status of the script; the test result collection unit is used to obtain the execution result after all scripts are executed, and Collect logs and log files; the communication unit is used to upload execution results, collected logs and log files to the task management module.

The execution machine module is used to receive the test task assigned by the task management module, analyze the task list, call the script to execute the automated test, monitor the execution status of the script, and return the execution result to the task management module after execution.

The communication between the executing machine module and the task management module adopts HTTP.

Example 2

FIG. 2 is a schematic flow chart of a method for executing and managing an end-to-end automated test task on a server provided by an embodiment of the present application.

As can be seen from FIG. 2, the server end-to-end automated test task execution management method in this embodiment includes the following steps:

S1: Create an automated test task;

S2: Execute automated testing tasks and generate task orders;

S3: Analyze the task order and execute the task order to obtain the execution result;

S4: Update the result of the task and the state of the machine.

Specifically, the method for creating an automated test task is: start the server to enter the task management module, create a test task, and set the use case, test time, machine type and machine configuration to be used in the task.

Specifically, the step S2 further includes the following process:

S21: Execute the automated test task, and the task management module automatically obtains the script constraint condition from the constraint condition library module according to the use case number set by the task;

S22: The task management module screens blank machines satisfying the script constraints according to the acquired script constraints, generates a task order, and adds the scripts to the machine's script execution queue.

Adding the script to the script execution queue of the machine can allow the test task to be automatically executed on the appropriate machine, and maximize the use of the laboratory machines to avoid the situation that some machines are frequently used while the other part is always idle.

Specifically, the task list includes machine information, use case information, script parameters, task number, project information of the task, and estimated execution time.

Specifically, the step S3 further includes the following process:

S31: The execution machine module obtains the request sent by the task management module, and analyzes the task list;

S32: Executor module executes the task order, obtains the execution result after execution, and collects logs and log files;

S33: The execution machine module uploads the execution result and log files to the task management module.

Specifically, in step S4, before the result of the update task and the state of the machine, the task management module polls the execution machine module and judges the execution status of the task. If all scripts are executed, the execution result returned by the execution machine module is received. And the uploaded log file, finally, the task management module updates the result of the task and the state of the machine according to the received execution result and the log file. Preferably, the creation of an automated test task: start the server to enter the task management module, create a test task, set the task The use case, test time, machine type and machine configuration to be used.

The above descriptions are only the specific implementation manners of the present application, so as to enable those skilled in the art to understand or implement the present application, and shall not limit the protection scope of the present application. All equivalent changes or modifications made according to the spirit of the present application shall fall within the scope of protection of the present application.

Claims (10)

1. A server end-to-end automated test task execution management system, characterized in that, comprising: Task management module: used to create test tasks, assign tasks and issue tasks; Constraint library module: used to filter the machines required for script execution; Machine management module: used to manage all the machines to be tested; Executor module: used to receive test tasks and execute the tasks, and return the execution results to the task management module after execution. 2. a kind of server end-to-end automated test task execution management system as claimed in claim 1, is characterized in that, described task management module comprises task creation unit, task generation unit, task allocation unit and test result statistics unit; The task creation unit is used to create a test task, set the use case, test time, machine type and machine configuration to be used by the task; The task generation unit is used to obtain the script constraints according to the use case number to the constraint condition library module, and then screen the machines satisfying the script constraints in the machine management module according to the obtained script constraints, and generate a task list; The task allocation unit is used to send a request to the execution machine module, and send the task order to the execution machine module; The test result statistics unit is used to receive the execution results and files returned by the execution machine module, and update the task results and the state of the machine. 3. A server end-to-end automated test task execution management system according to claim 1, wherein the machine management module is also used for the task management module to screen idle machines and return machine information to the task management module. 4. A kind of server end-to-end automation test task execution management system as claimed in claim 1, is characterized in that, described executive machine module comprises: Execution monitoring unit: used to receive test tasks assigned by the task management module, parse task orders, call scripts for automated test execution, and monitor script execution status; Test result collection unit: obtain execution results after all scripts are executed, and collect logs and log files; Communication unit: used to upload execution results, collected logs and log files to the task management module. 5. A kind of server end-to-end automation test task execution management system as claimed in claim 1, it is characterized in that, described executive machine module: be used for receiving the test task assigned by task management module, analyze task sheet, call script to carry out Execute the automated test, monitor the execution status of the script, and return the execution result to the task management module after the execution is completed. 6. A server end-to-end automated test task execution management method, characterized in that, comprising the following steps: S1: Create an automated test task; S2: Execute automated testing tasks and generate task orders; S3: Analyze the task order and execute the task order to obtain the execution result; S4: Update the result of the task and the state of the machine. 7. A kind of server end-to-end automation test task execution management method as claimed in claim 6, it is characterized in that, in step S1, the method for creating automation test task comprises: start server and enter task management module, create test task, set The use case, test time, machine type, and machine configuration to be used for the task. 8. A kind of server end-to-end automated test task execution management method as claimed in claim 6, it is characterized in that, in step S2, execute the automated test task, the method for generating task sheet comprises: S21: Execute the automated test task, and the task management module automatically obtains the script constraint condition from the constraint condition library module according to the use case number set by the task; S22: The task management module screens blank machines satisfying the script constraints according to the acquired script constraints, generates a task order, and adds the scripts to the machine's script execution queue. 9. A kind of server end-to-end automated test task execution management method as claimed in claim 6, it is characterized in that, in step S3, the method for parsing the task order and executing the task order, and obtaining the execution result comprises: S31: The execution machine module obtains the request sent by the task management module, and analyzes the task list; S32: Executor module executes the task order, obtains the execution result after execution, and collects logs and log files; S33: The execution machine module uploads the execution result and log files to the task management module. 10. A kind of server end-to-end automated test task execution management method as claimed in claim 6, it is characterized in that, in step S4, before updating the result of task and the state of machine, task management module polls executive machine module , and judge the execution status of the task. If all the scripts are executed, the execution result returned by the execution machine module and the uploaded log file are received. Finally, the task management module updates the task result and the status of the machine according to the received execution result and log file.