CN106874189B - Method for realizing automatic test system of power grid real-time database system - Google Patents
Method for realizing automatic test system of power grid real-time database system Download PDFInfo
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Abstract
The invention discloses a method for realizing an automatic test system of a real-time database system of a power grid, wherein a tester configures a test task and submits a test version; the web and application server uploads the test version to the configuration management service, and simultaneously, the test task of the test version is stored in the database server; the test host uploads the activity test result to the control server; finally, the control server sends a test report to the mail server and calls a mail server interface to send the test report to a tester; the method of the invention is specially designed for the characteristics of the national network and national network real-time database system, and is satisfied with an automatic test system, thereby realizing the functions of automatically downloading a test version, automatically distributing and executing a test task, automatically collecting a test result and generating a test report, and the like; the cross-platform automatic deployment environment is realized, the cross-platform test automation is realized, and the automatic collaborative deployment of different platforms and different architecture software is realized.
Description
Technical Field
The invention belongs to the technical field of automatic testing of a power grid real-time database system, and particularly relates to an implementation method of an automatic testing system of the power grid real-time database system.
Background
The national network real-time database system has various functional points and high version iteration speed, and the requirement on cross-platform and full-coverage test of the functional points is higher and higher when each product is released.
Therefore, a new automatic testing system for the national network real-time database system needs to be provided.
Disclosure of Invention
The purpose of the invention is as follows: in order to overcome the defects in the prior art, the invention provides the method for realizing the automatic test system of the power grid real-time database system, and the automatic collaborative deployment of different platforms and different architecture software is realized, so that the aims of fully utilizing the test time and hardware resources, shortening the test period and saving the human resources are fulfilled.
The technical scheme is as follows: in order to achieve the aim, the invention provides an automatic test system of a power grid real-time database system, which comprises a web and application server, a control server, an SVN (singular value decomposition) server, a database server, a plurality of test hosts and a mail server, wherein the web and application server is connected with the SVN server through a network;
the web and application server is used for deploying a test management platform and providing an interfacing test management service;
the control server is used for deploying control services of the test system, providing background test tasks and executing the services;
the SVN server is used for providing configuration management services of a test version, a test case program and deployment information of a tested system;
the database server is used for deploying a database and providing storage service of test management data;
the test host is used for deploying the execution service of the test system and providing the specific execution service of the background test task;
the mail server is used for providing test report mail receiving and sending service;
the method comprises the following steps:
s1, configuring a test task by a tester and submitting a test version and the test task to the web and application server;
s2, the web and application server uploads the test version to the configuration management service of the SVN server, and meanwhile, the web and application server test management service stores the test task of the test version to the database server;
s3, the control server control service monitors that the unexecuted test version exists in the database, then obtains the test version in the SVN server and obtains the test task stored in the database server, generates a test order and establishes a test process example;
the test order is a collection of attribute specifications and data of a test workflow instance, and the test workflow instance is a collection of n test workflow process models and workflow engines, and is represented as: { a set of n test workflow process models, test workflow engine }, where n is a positive integer, the test workflow process models refer to test activities, relationships between test activities, and are represented as: { test activity, test activity association }, where the test activity is a quadruple consisting of an activity unique identifier, an activity state, a precursor activity unique identifier, and a subsequent activity unique identifier, and the test workflow engine is a program that drives the flow between test activities according to the test activity state, the test activity precursor, and the subsequent activity association, where the test workflow process model includes three types, which are a general process model describing the start/end of the test process, a process model describing the client/server as a heterogeneous platform during the test process, and a process model describing the client/server as a homogeneous platform during the test process, and instantiates the parallel execution of multiple test tasks of a test version by using the combination of the three types of process model templates;
the S4 workflow engine drives a plurality of activity flows in the test flow, and generates a work order program of a plurality of activities according to the content of the database server;
s5, after the work order processing program in the test host computer senses the work order to be processed, the required operation is executed, and a plurality of test host computers operate independently; the test host updates the execution state and sends the execution state to the database server; the test host uploads an active test result to the control server;
after the S6 test flow example is finished, the control server controls the service to collect the activity test result and updates the test task state;
s7, the control server sends the test report to the mail server, and calls the mail server interface to send the test report to the tester.
Further, the automatic test system comprises an order service, a test resource management service, a workflow service, a work order service, an execution service, a virtual machine service, a network service, an agent service, a test report service, a log service and a P2M service;
the order service generates test order information according to the task configuration of the test version and the global configuration of the test project;
the test resource management service generates test order attribute information according to test set configuration associated with the distributed test machine and the test task;
the workflow service generates a workflow instance of the test version according to the order type and the workflow template;
the work order service generates a corresponding test work order and attribute information according to various activities in the workflow example;
the execution service is executed according to the type and the attribute information of the test work order;
the virtual machine service encapsulates an access interface of a virtual machine of a corresponding operating system according to the configuration of the virtual machine;
the network service encapsulates an access interface of network communication among the test equipment according to address configuration;
the agent service encapsulates the agent access interface between the test devices according to the agent configuration;
the test report service configures an access interface generated by packaging a test report according to a test report template;
the log service is used for configuring an access interface generated by packaging the log according to the log;
the P2M service provides an access interface for encapsulating database operations according to database configuration.
Further, updating the execution state includes updating the execution states of four entities, which are respectively a test version, an order, a workflow instance process model and a work order, wherein the workflow instance process model is used for describing a workflow instance; updating the execution states of the four entities satisfies four rules:
rule 1: after the test version information is newly established, if the test task rule is detected to exist, the test version state is transferred from waiting to being executed; if the order state related to the test version is detected to be completed, the synchronous test version state is completed;
rule 2: when the order driver monitors that the test version state is in execution, order information is newly established, and if the test resource rule is detected to exist, the order state is transferred from waiting to execution; if the order is abnormal, the state of the transfer order is abnormal and the transfer order returns to wait; if the working flow process model state is detected to be finished, the synchronous order state is finished;
rule 3: when the workflow process model driver monitors that the order state is in execution, a workflow process model is newly built, and if the activity in the process model is detected to meet the workflow engine rule, the activity state is transferred from waiting to execution; if the abnormal state occurs, the active state is transferred to be abnormal and returns to wait; if the activities in the process model are all detected to be completed, synchronizing the state of the process model to be completed;
rule 4: when the work order driving program detects that the active state in the work flow process model is in execution, new work order information is created, if the work order is polled by the corresponding processing service, the state of the work order is transferred from waiting to execution, and the work order is executed; if the execution process of the work order is correct, the state of the work order is transferred from the execution to the completion; and if the work order is abnormal, transferring the work order state to be abnormal and returning to wait.
Has the advantages that: compared with the prior art, the invention has the advantages that: the method of the invention is specially designed for the characteristics of the national network and national network real-time database system, and is satisfied with an automatic test system, thereby realizing the functions of automatically downloading a test version, automatically distributing and executing a test task, automatically collecting a test result and generating a test report, and the like; the cross-platform automatic deployment environment is realized, the cross-platform test automation is realized, and the automatic cooperative deployment of different platforms and different architecture software is realized, so that the aims of fully utilizing the test time and the test hardware resources, shortening the test period, saving the human resources, greatly reducing the test cost and fully utilizing the test resources are fulfilled; the full coverage of the interface function points is realized, and the regression test does not pass the interface function points manually any more.
Drawings
Fig. 1 is a schematic structural diagram of an automated testing system according to the present invention.
FIG. 2 is a data flow diagram of an automated testing system in accordance with the present invention;
FIG. 3 is a diagram of automated test system entity state migration.
Fig. 4 is a schematic structural diagram of the test workflow model 1.
Fig. 5 is a schematic structural diagram of the test workflow model 2.
Fig. 6 is a schematic structural diagram of the test workflow model 3.
Detailed Description
The present invention will be further described with reference to the accompanying drawings.
Before the method of the invention is put forward, a workflow model is firstly applied to model an automation process, the designed automation test system can realize the automation processing of the test process, in the process of the test process, related information, files or tasks can be transferred from one participant to another participant of an activity according to a set of well-defined processing rules, and the data of the process and the activity are abstracted into orders and work orders, and the processing rules are defined as follows:
definition 1 a test workflow instance is a collection of n test workflow process models and workflow engines, represented as: { a set of n test workflow process models, a test workflow engine }, wherein n is a positive integer;
definition 2 a test workflow process model refers to test activities, the relationship between test activities, expressed as: { test Activities, test Activity Association relations }
Defining 3 that the test activity is a quadruple, activity: { id, status, pre, next }, wherein id is a unique identifier of the activity, status is an active state, pre is an id of a precursor activity, current activity is separated by commas when there are a plurality of precursor activities, next is an id of a subsequent activity, and subsequent activity is separated by commas when there are a plurality of subsequent activities;
defining 4 a test workflow engine, namely a program for driving circulation among test activities according to the state of the test activities and the relationship between the test activity predecessors and the subsequent activities;
defining 5 a test order as a collection of attribute specifications and data of a test workflow instance;
defining 6 attribute specification of test activity and data set when testing work order;
the test workflow process model 1 describes a general process model of the start/end of the test process, as shown in fig. 4, the process model 1 includes two subprocess models, there are 5 nodes, each node represents an activity, and the following are performed in sequence:
version test starts 0;
x: branch activities, activity identifiers linked to x activities in other process models;
y: combining activities and activity identifications connected with y activities in other process models;
16: filing order information;
1: the version test is finished.
The process model 2 describes a process model in which the client/server is a heterogeneous platform in the test process, as shown in fig. 5: the process model 2 has 18 nodes, each node representing an activity, in turn:
x: branch activities, activity identifiers linked to x activities in other process models;
4: the sub-order waits for testing the resource;
17: test file download (heterogeneous platform client)
18: test file download (heterogeneous platform server)
19: check testing resource (heterogeneous platform client)
20: check testing resource (heterogeneous platform service terminal)
21: sending test file (heterogeneous platform client)
22: sending a test file (heterogeneous platform server);
9: deploying a client test environment;
10: deploying a server side test environment;
11: executing the test case program;
12: sending a test result file;
25: cleaning a test environment (heterogeneous platform client);
26: cleaning a test environment (a heterogeneous platform server);
27: releasing the testing resources (heterogeneous platform client);
28: releasing the testing resources (heterogeneous platform server);
2: filing the sub-order;
y: merging activities, namely activity marks connected with y activities in other process models;
the process model 3 describes a process model in which the client/server is an isomorphic platform during the test, as shown in fig. 6, the process model 3 has 13 nodes, each node represents an activity, and the following are performed in sequence:
x: branch (fork) activity, activity identification linked to x activities in other process models;
4: the sub-order waits for testing the resource;
5: test file download (homogeneous platform);
6: checking test resources (homogeneous platforms);
7: sending a test file (homogeneous platform);
9: deploying a client test environment;
10: deploying a server side test environment;
11: executing the test case program;
12: sending a test result file;
13: cleaning a test environment;
14: releasing the test resources;
2: filing the sub-order;
y: merging (join) activities, activity identification linked with y activities in other process models.
From the above-mentioned ideas, although the test workflow process model 2 and the test workflow process model 3 are modeled for different test processes, the processing threads of the activities {4,9,10,11,12,2} are directly reusable, and the processing threads of the activities {5,17,18}, the activities {6,19,20}, the activities {7,21,22}, the activities {13, 25, 26}, the activities {14, 27, 28} are logically consistent in execution and can be reused in a parameterized reloading manner;
by using the three types of process model templates, the parallel execution of a plurality of test tasks of one test version can be instantiated through the combination of {1 process model template 1, n process model templates 2 and n process model templates 3} (n is a positive integer);
the data flow graph is a tool used in a structured analysis method, describes the process of flowing and processing data in a system, reflects the logic function of the system, and is applied to an automatic test system, as shown in fig. 2, in the workflow driving process of the automatic test system, firstly, the service support as shown in table 1 is needed:
TABLE 1
Table 1 presents various services for the automated testing system.
In the automatic testing process, there are four entity existing state transitions, which are respectively a testing version, an order, a workflow instance process model and a work order, and the states of the four entities have certain relevance, so that the entities in the system can be sequentially circulated and driven to execute, the entity state transitions are as shown in fig. 3,
after the rule 1 test version driver program creates test version information, if a test task rule is detected to exist, the test version state is transferred from 'waiting' to 'executing'; and if the order state related to the test version is detected to be 'completed', the synchronous test version state is 'completed'.
Rule 3 when the workflow process model driver monitors that the order state is 'executing', a workflow process model is 'newly built', and if the activity in the process model is detected to meet the workflow engine rule, the activity state is transferred from 'waiting' to 'executing'; if the abnormal state occurs, the active state is transferred to be abnormal and returns to wait; if all the activities in the process model are detected to be 'completed', the state of the synchronous process model is 'completed'.
When the rule 4 work order driving program monitors that the active state in the work flow process model is 'executing', work order information is 'newly created', if the work order is polled by the corresponding processing service, the state of the work order is transferred from 'waiting' to 'executing', and the work order is executed; if the execution process of the work order is correct, the state of the work order is transferred from 'executing' to 'finished'; if the work order is abnormal, the work order state is transferred to be abnormal and returns to wait.
By introducing the definition rules, the method for implementing the automatic test system of the power grid real-time database system provided by the invention is described in detail as follows: firstly, an automatic test system of a power grid real-time database system is provided, as shown in fig. 1, the automatic test system comprises a web and application server, a control server, an SVN server, a database server, a plurality of test hosts (test host 1, …, test host n) and a mail server;
the web and application server is used for deploying a test management platform and providing an interfacing test management service;
the control server is used for deploying the control service of the test system, providing a background test task and executing the service;
the SVN server is used for providing configuration management service of the test version, the test case program and the deployment information of the tested system;
the database server is used for deploying a database and providing storage service of the test management data;
the test host is used for deploying the execution service of the test system and providing the specific execution service of the background test task;
a mail server for providing a test report mail receiving and sending service;
the method provided by the invention comprises the following steps:
configuring a test task by a tester and submitting a test version and the test task to a web and application server;
the web and application server uploads the test version to the configuration management service of the SVN server, and meanwhile, the web and application server test management service stores the test task of the test version to the database server;
the control server controls the service to monitor that the database has an unexecuted test version, then obtains the test version in the SVN server and obtains the test task stored in the database server, generates a test order and establishes a test process example;
the workflow engine drives a plurality of types of activity flows in the test flow and generates a work order program of the plurality of types of activities according to the content of the database server;
after the work order processing program in the test host machine senses the work order to be processed, the required operation is executed, and a plurality of test host machines operate independently; the test host updates the execution state and sends the execution state to the database server; the test host uploads the activity test result to the control server;
after the test flow example is finished, the control server controls the service to collect the activity test result and updates the test task state;
and finally, the control server sends a test report to the mail server, and calls a mail server interface to send the test report to a tester.
The method of the invention is specially designed for the characteristics of the national network and national network real-time database system, and is satisfied with an automatic test system, thereby realizing the functions of automatically downloading a test version, automatically distributing and executing a test task, automatically collecting a test result and generating a test report, and the like; the cross-platform automatic deployment environment is realized, the cross-platform test automation is realized, and the automatic collaborative deployment of different platforms and different architecture software is realized.
The above description is only of the preferred embodiments of the present invention, and it should be noted that: it will be apparent to those skilled in the art that various modifications and adaptations can be made without departing from the principles of the invention and these are intended to be within the scope of the invention.
Claims (3)
1. An implementation method of an automatic test system of a power grid real-time database system is characterized by comprising the following steps: providing an automatic test system, wherein the automatic test system comprises a web and application server, a control server, an SVN server, a database server, a plurality of test hosts and a mail server;
the web and application server is used for deploying a test management platform and providing an interfacing test management service;
the control server is used for deploying control services of the test system, providing background test tasks and executing the services;
the SVN server is used for providing configuration management services of a test version, a test case program and deployment information of a tested system;
the database server is used for deploying a database and providing storage service of test management data;
the test host is used for deploying the execution service of the test system and providing the specific execution service of the background test task;
the mail server is used for providing test report mail receiving and sending service;
the method comprises the following steps:
s1, configuring a test task by a tester and submitting a test version and the test task to the web and application server;
s2, the web and application server uploads the test version to the configuration management service of the SVN server, and meanwhile, the web and application server test management service stores the test task of the test version to the database server;
s3, the control server control service monitors that the unexecuted test version exists in the database, then obtains the test version in the SVN server and obtains the test task stored in the database server, generates a test order and establishes a test process example;
the test order is a collection of attribute specifications and data of a test workflow instance, and the test workflow instance is a collection of n test workflow process models and workflow engines, and is represented as: { a set of n test workflow process models, test workflow engine }, where n is a positive integer, the test workflow process models refer to test activities, relationships between test activities, and are represented as: { test activity, test activity association }, where the test activity is a quadruple consisting of an activity unique identifier, an activity state, a precursor activity unique identifier, and a subsequent activity unique identifier, and the test workflow engine is a program that drives the flow between test activities according to the test activity state, the test activity precursor, and the subsequent activity association, where the test workflow process model includes three types, which are a general process model describing the start/end of the test process, a process model describing the client/server as a heterogeneous platform during the test process, and a process model describing the client/server as a homogeneous platform during the test process, and instantiates the parallel execution of multiple test tasks of a test version by using the combination of the three types of process model templates;
the S4 workflow engine drives a plurality of activity flows in the test flow, and generates a work order program of a plurality of activities according to the content of the database server;
s5, after the work order processing program in the test host computer senses the work order to be processed, the required operation is executed, and a plurality of test host computers operate independently; the test host updates the execution state and sends the execution state to the database server; the test host uploads an active test result to the control server;
after the S6 test flow example is finished, the control server controls the service to collect the activity test result and updates the test task state;
s7, the control server sends the test report to the mail server, and calls the mail server interface to send the test report to the tester.
2. The method for implementing the automated testing system of the real-time database system of the power grid according to claim 1, wherein: the automatic test system comprises order service, test resource management service, workflow service, work order service, execution service, virtual machine service, network service, proxy service, test report service, log service and P2M service;
the order service generates test order information according to the task configuration of the test version and the global configuration of the test project;
the test resource management service generates test order attribute information according to test set configuration associated with the distributed test machine and the test task;
the workflow service generates a workflow instance of the test version according to the order type and the workflow template;
the work order service generates a corresponding test work order and attribute information according to various activities in the workflow example;
the execution service is executed according to the type and the attribute information of the test work order;
the virtual machine service encapsulates an access interface of a virtual machine of a corresponding operating system according to the configuration of the virtual machine;
the network service encapsulates an access interface of network communication among the test equipment according to address configuration;
the agent service encapsulates the agent access interface between the test devices according to the agent configuration;
the test report service configures an access interface generated by packaging a test report according to a test report template;
the log service is used for configuring an access interface generated by packaging the log according to the log;
the P2M service provides an access interface for encapsulating database operations according to database configuration.
3. The method for implementing the automated testing system of the real-time database system of the power grid according to claim 1, wherein: updating the execution state comprises updating the execution states of four entities, wherein the four entities are respectively a test version, an order, a workflow instance process model and a work order, and the workflow instance process model is used for describing a workflow instance; updating the execution states of the four entities satisfies four rules:
rule 1: after the test version information is newly established, if the test task rule is detected to exist, the test version state is transferred from waiting to being executed; if the order state related to the test version is detected to be completed, the synchronous test version state is completed;
rule 2: when the order driver monitors that the test version state is in execution, order information is newly established, and if the test resource rule is detected to exist, the order state is transferred from waiting to execution; if the order is abnormal, the state of the transfer order is abnormal and the transfer order returns to wait; if the working flow process model state is detected to be finished, the synchronous order state is finished;
rule 3: when the workflow process model driver monitors that the order state is in execution, a workflow process model is newly built, and if the activity in the process model is detected to meet the workflow engine rule, the activity state is transferred from waiting to execution; if the abnormal state occurs, the active state is transferred to be abnormal and returns to wait; if the activities in the process model are all detected to be completed, synchronizing the state of the process model to be completed;
rule 4: when the work order driving program detects that the active state in the work flow process model is in execution, new work order information is created, if the work order is polled by the corresponding processing service, the state of the work order is transferred from waiting to execution, and the work order is executed; if the execution process of the work order is correct, the state of the work order is transferred from the execution to the completion; and if the work order is abnormal, transferring the work order state to be abnormal and returning to wait.
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| 一种工业自动化测试流程的建立方法;李梁 等;《现代电子技术》;20101231(第329期);第53-56页 * |
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| CN106874189A (en) | 2017-06-20 |
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