CN111258881B - Intelligent test system for workflow test - Google Patents
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Abstract
The invention discloses an intelligent testing system for workflow testing, which is deployed at a client, wherein the client performs data interaction with a server running a tested workflow management system; the intelligent test system comprises a configuration file, a basic data analysis device, a flow data analysis device, a workflow test engine, an error and abnormality processing device and a log management device, wherein only a tester is required to configure the content of the configuration file through the intelligent test system; starting a test, automatically accessing a workflow management system on the server by the intelligent test system, analyzing a workflow table of a database of the workflow management system, screening out test objects for testing, storing corresponding analyzed data into a test data table, and automatically analyzing the workflow by a workflow test engine and traversing all flow paths. Through this intelligent test system test, use manpower sparingly, greatly improved test efficiency.
Description
Technical Field
The invention belongs to the field of testing systems, and particularly relates to an intelligent testing system for workflow testing.
Background
Testing is a necessary procedure in the software development process. In a workflow management system, various complex workflows are involved, and a tester needs to test each path as much as possible to ensure that the workflow management system can reliably and stably run.
One of the existing testing methods for the workflow management system is manual testing, and a tester is relied on to manually write information and complete testing of each path. The method has the defects of high cost and low efficiency due to the large amount of manpower, and is difficult to avoid the omission under the condition of more branching and circulating nesting situations, so that the full-face test is difficult to realize.
The existing another testing method is that a tester analyzes the workflow in the workflow management system, writes corresponding test cases and generates scripts, and automatic testing is achieved by running the scripts. The method solves the problem of manually filling information, but the test case still depends on manual analysis, omission can not be avoided, and a great deal of manpower is required for writing the test case, so that the cost is still higher, the efficiency is not improved, and the efficiency is lower in general cases.
Therefore, how to improve the testing efficiency of the workflow management system, and reduce the labor cost while ensuring the comprehensiveness of the testing process and the reliability of the testing result is needed to be solved.
Disclosure of Invention
To overcome the above-described deficiencies of the prior art, the present invention provides an intelligent testing system for workflow testing.
The technical scheme adopted for solving the technical problems is as follows: an intelligent test system for workflow test, which is deployed at a client, and performs data interaction with a server running a workflow management system under test (hereinafter referred to as a tested system) through the client so as to test the tested system, wherein the intelligent test system comprises a configuration file, a basic data analysis device, a flow data analysis device, a workflow test engine, an error and exception handling device and a log management device, wherein:
the configuration file is used for configuring the following information:
1) An access address of the system under test;
2) The test objects in the tested system and the user information related to the tested system;
3) Form information to be input in the test;
the basic data analyzing device is used for analyzing URL (uniform resource locator) paths of all node interfaces of the tested system and traversing all node interfaces so as to analyze and obtain field information of input components in the interfaces;
the flow data analysis device is used for executing the following steps:
s101, acquiring a workflow table in a database of the tested system by accessing the tested system;
s102, eliminating other data of non-test objects in a work flow chart of the tested system according to the configuration information of the test objects in the configuration manager;
s103, analyzing a workflow table of a tested system to obtain node information, flow line information and global shared variables of the workflow table, and storing the analyzed information in a test_flow test data table; the flow line information comprises the identification of the last node and the next node connected with the flow line and the judgment identification of the flow from the last node to the next node;
the workflow test engine is used for testing the corresponding workflow according to the test object configured in the configuration management device, and comprises a flow path analysis device and a flow node test device;
the flow path analyzing device is used for analyzing all flow paths in the workflow according to the flow line information in the test_flow test data table, wherein each path comprises a plurality of nodes and flow lines;
the flow node testing device is used for automatically acquiring a form information input component and a function button control component of a node interface, automatically inputting or selecting corresponding information in the input component, clicking the function button corresponding to the judgment mark of the flow line in the interface to test the node of the workflow, and returning to the flow branch testing device to circulate branch paths after the node is tested; when the flow node testing device automatically inputs or selects form information, the input form information is uploaded to a database of the workflow management system according to the field information of the input component, so that the content of the form information field of the corresponding flow node in the database is updated;
the workflow test engine traverses all the flow paths one by one, and when one node is entered, the flow node test device is called to test the node, so that the path of the workflow is comprehensively tested;
the error and exception handling device is used for detecting an error bullet frame popped up in an interface and checking errors in the operation of the working path in the test process, if the error bullet frame popped up in the interface, defining the test result of the node as failure, calling the log management device to execute corresponding operation, sending the test of the node to the workflow test engine and entering the next flow to continue the test; if the check bullet frame is detected, defining the flow as failure, calling a log management device to execute corresponding operation, and testing normally;
the log management device is used for recording the operation of the intelligent test system in real time and intercepting images of an error interface when errors occur in the test process; the apparatus is also for generating a test report.
Further, the flow branch test apparatus recursively traverses the workflow to obtain all possible flow paths of the workflow, the recursively traversing comprising:
when a node is a certain node, firstly judging whether the node is an end node, if so, completing the establishment and storage of the current path; if the node is not the ending node, judging the number of lower nodes of the node, if only one lower node is not present in the current path, adding the node to the current path, and recursively searching the next node; if only one lower node appears in the current path, recursively searching the lower node until the plurality of lower nodes are found, adding the node with only one lower node in the process to the current path at one time, and continuing recursively traversing from the lowest node of the current path, or recursively searching the lower node until the node is ended, so as to complete the establishment and the storage of the current path;
if the number of the lower nodes is multiple, judging the times that the lower nodes appear in the current path at the same time, if the times that the lower nodes appear are less than twice, copying the current path to obtain multiple flow paths with the same number as the lower nodes which do not appear in the current path, judging that the method is consistent with the condition of one node, and then traversing from the node corresponding to the last stage node of the multiple flow paths to continue recursively traversing.
Further, the node information includes node attributes, and the node attribute of a node is a start node or a personnel processing node or a sub-flow node or an end node.
Further, the flow node testing device tests nodes with node attributes of personnel processing nodes, and if the nodes are processed by the determined processing main body, the corresponding processing main body is filled in or selected by reading form information in the configuration file.
Furthermore, the workflow test engine further comprises a dynamic main body analysis device, the nodes with the node attributes being personnel processing nodes are tested, if the nodes are processed by uncertain processing main bodies, dynamic searching is realized through parameter transmission by the dynamic information analysis device, and corresponding processing main bodies are filled or selected.
Further, when the process node testing device tests the node attribute as the sub-process node, the current work process testing information is stored, and the sub-process is entered for testing, wherein the testing process is consistent with the testing process of the current process.
Furthermore, the process node testing device is further used for checking the title to be handled, logging in the account number of the processing main body corresponding to the testing node through the user information of the configuration file, checking whether the title to be handled is consistent with the title corresponding to the testing node in the configuration file, and further testing whether the data in the workflow is correctly sent.
Furthermore, if the title to be handled has a variable, dynamic searching is realized through parameter transmission by the dynamic information analysis device so as to fill in or select the corresponding title to be handled.
Further, the flow node testing device is also used for testing the field verification of the form filling in the corresponding interface of the node.
Further, the input components include input boxes, drop-down menus, upload attachments, and the like.
Further, the parameter transmission mode is as follows: parameter transfer is carried out by reading the global shared variable; or the parameters are transferred by reading the content of the corresponding form information field in the database of the workflow management system.
Further, when the parameter transfer is performed, reading that the tag name field of the corresponding form information in the database of the workflow management system is consistent with the tag name field of the global shared variable, and then the content of the corresponding form information field in the database of the workflow management system covers the content of the global shared variable.
Further, the configuration file also comprises a report output path, and the intelligent test system outputs a test report to the path after completing the test.
Compared with the prior art, the invention has the beneficial effects that:
1. the automatic analysis of the workflow is realized, and each path and each node are identified; automatically completing filling of various forms; and further, complex processes with various actions, branches, loops and sub-process nodes can be comprehensively tested.
2. The test case does not need to be designed and written, and only the configuration file needs to be prepared in advance.
3. The analysis is not needed manually before the test, so that a great deal of labor cost can be saved.
4. The whole process of testing the workflow is recorded, an error popup window and a check error are captured, and a test report is generated, so that the tester can conveniently review the test report.
Drawings
Fig. 1 is a schematic structural diagram of an intelligent test system for workflow testing according to an embodiment.
FIG. 2 is a schematic diagram of the workflow test engine of FIG. 1.
FIG. 3 is a schematic workflow diagram of the intelligent test system of FIG. 1.
FIG. 4 is a partial schematic diagram of one workflow of an embodiment.
Detailed Description
The invention is further described below with reference to the drawings and specific examples.
As shown in fig. 1, the intelligent test system for workflow test of the present embodiment is deployed at a client, and performs data interaction with a server running a workflow management system under test through the client to test the system under test, where the intelligent test system includes a configuration file, a basic data analysis device, a flow data analysis device, a workflow test engine, an error and exception handling device, and a log management device, where:
the configuration file is used for configuring the following information:
1) The access address of the tested system is used for enabling the intelligent test system in the client to access the server through the address, so that communication connection is established;
2) The test objects in the tested system and the user information related to the tested system comprise various types of users, such as common users, manager users and the like, wherein the user information of each user at least comprises a login account and a password;
3) Form information to be input in the test;
the basic data analyzing device is used for analyzing URL paths of all node interfaces of the tested system and traversing all node interfaces so as to analyze and obtain field information of input components in the interfaces;
the flow data analysis device is used for executing the following steps:
s101, acquiring a workflow table in a database of the tested system by accessing the tested system;
s102, eliminating other data of non-test objects in a work flow chart of the tested system according to the configuration information of the test objects in the configuration manager; the non-test object comprises a workflow which is not tested or a workflow which is not established yet;
s103, analyzing a workflow table of a tested system to obtain node information, flow line information and global shared variables of the workflow table, and storing the analyzed information in a test_flow test data table; the flow line information comprises the identification of the last node and the next node connected with the flow line and the judgment identification of the flow from the last node to the next node;
the workflow test engine is configured to test a corresponding workflow according to the test object configured in the configuration management device, and as shown in fig. 2, the workflow test engine includes a flow path analysis device and a flow node test device;
the flow path analyzing device is used for analyzing all flow paths in the workflow according to the flow line information in the test_flow test data table, wherein each path comprises a plurality of nodes and flow lines;
the flow node testing device is used for automatically acquiring a form information input component and a function button control component of a node interface, automatically inputting or selecting corresponding information in the input component, clicking the function button corresponding to the judgment mark of the flow line in the interface to test the node of the workflow, and returning to the flow branch testing device to circulate branch paths after the node is tested; when the flow node testing device automatically inputs or selects form information, the input form information is uploaded to a database of the workflow management system according to the field information of the input component, so that the content of the form information field of the corresponding flow node in the database is updated;
the workflow test engine traverses all the flow paths one by one, and when one node is entered, the flow node test device is called to test the node, so that the path of the workflow is comprehensively tested;
the error and exception handling device is used for detecting an error bullet frame popped up in an interface and checking errors in the operation of the working path in the test process, if the error bullet frame popped up in the interface, defining the test result of the node as failure, calling the log management device to execute corresponding operation, sending the test of the node to the workflow test engine and entering the next flow to continue the test; if the check bullet frame is detected, defining the flow as failure, calling a log management device to execute corresponding operation, and testing normally;
the log management device is used for recording the operation of the intelligent test system in real time and intercepting images of an error interface when errors occur in the test process; the apparatus is also for generating a test report.
Further, the flow branch test apparatus recursively traverses the workflow to obtain all possible flow paths of the workflow, the recursively traversing comprising:
when a node is a certain node, firstly judging whether the node is an end node, if so, completing the establishment and storage of the current path; if the node is not the ending node, judging the number of lower nodes of the node, if only one lower node is not present in the current path, adding the node to the current path, and recursively searching the next node; if only one lower node appears in the current path, recursively searching the lower node until the plurality of lower nodes are found, adding the node with only one lower node in the process to the current path at one time, and continuing recursively traversing from the lowest node of the current path, or recursively searching the lower node until the node is ended, so as to complete the establishment and the storage of the current path;
if the number of the lower nodes is multiple, judging the times that the lower nodes appear in the current path at the same time, if the times that the lower nodes appear are less than twice, copying the current path to obtain multiple flow paths with the same number as the lower nodes which do not appear in the current path, judging that the method is consistent with the condition of one node, and then traversing from the node corresponding to the last stage node of the multiple flow paths to continue recursively traversing.
As shown in fig. 4, in the recursive traversal, there is no end node for this part of the workflow. When the node J1 is entered, only one of the lower nodes is the node J2, so that the node J1 is directly added to the current path to obtain a path { -J1}, and the nodes J2 and J3 are entered similarly to obtain a path { -J1-J2-J3}. Upon entering node a, which contains three nodes B and C and another node (not shown in the figure) and which is not present in the current path, node a is added and the path is replicated to obtain three current paths { -J1-J2-J3-a }. The processing procedure of the two other nodes except the node B is the same, so taking the case of the node C as an example, the same procedure as the adding of the node J1 is adopted, the node C is added to the current path and the obtained path { -J1-J2-J3-A-C }, so that the traversing is continued until the ending node is reached, and the proposal of the path is completed. For the case of node B, the node B is added to the current path according to the general procedure, so as to obtain a path { -J1-J2-J3-a-B }, then the node J2 is reached, the node is found in the current path, then the node J3 and the node a are continuously found, at the moment, the node a is provided with a plurality of lower nodes, then the node J2, the node J3 and the node a are added to the current path at one time, so as to obtain a path { -J1-J2-J3-a-B-J2-J3-a }, and since the lower node B of the node a is found in the current node, the two current paths { -J1-J2-J3-a-B-J2-J3-a }, then the node C is entered to form one flow path, and the other lower node (not shown in the figure) entering the node a forms another flow path.
By the traversing method, each possible circulation path of the workflow can be found out for comprehensive testing, and the workflow cannot fall into dead circulation.
Further, the node information includes node attributes, and the node attribute of a node is a start node or a personnel processing node or a sub-flow node or an end node.
Further, the flow node testing device tests nodes with node attributes of personnel processing nodes, and if the nodes are processed by the determined processing main body, the corresponding processing main body is filled in or selected by reading form information in the configuration file.
Further, as shown in fig. 2, the workflow test engine further includes a dynamic main body analysis device, which tests nodes with node attributes being personnel processing nodes, and if the nodes are processed by uncertain processing main bodies, dynamic searching is implemented through parameter transmission by the dynamic information analysis device so as to fill in or select corresponding processing main bodies.
Further, when the process node testing device tests the node attribute as the sub-process node, the current work process testing information is stored, and the sub-process is entered for testing, wherein the testing process is consistent with the testing process of the current process.
Furthermore, the process node testing device is further used for checking the title to be handled, logging in the account number of the processing main body corresponding to the testing node through the user information of the configuration file, checking whether the title to be handled is consistent with the title corresponding to the testing node in the configuration file, and further testing whether the data in the workflow is correctly sent.
Furthermore, if the title to be handled has a variable, dynamic searching is realized through parameter transmission by the dynamic information analysis device so as to fill in or select the corresponding title to be handled.
Further, the flow node testing device is also used for testing the field verification of the form filling in the corresponding interface of the node.
Further, the input components include input boxes, drop-down menus, upload attachments, and the like.
Further, the parameter transmission mode is as follows: parameter transfer is carried out by reading the global shared variable; or the parameters are transferred by reading the content of the corresponding form information field in the database of the workflow management system.
Further, when the parameter is transferred, the tag name fields of the corresponding form information in the database of all the workflow management systems before the current node are read, and the value of the tag name identical to the global shared variable is searched from the tag name fields and then used as the parameter transfer value; and reading the tag name field of the corresponding form information in the database of the workflow management system and updating the value of the corresponding field in the running process of the flow node testing device.
Further, the configuration file also comprises a report output path, and the intelligent test system outputs a test report to the path after completing the test.
As shown in fig. 3, only the content of the configuration file is configured by the tester through the intelligent test system, then the test is started, the intelligent test system automatically accesses the workflow management system on the server, analyzes the workflow table of the database of the workflow management system, screens out the tested object to be tested according to the tested object in the configuration file, i.e. the workflow which is expected to be tested, stores the data obtained by corresponding analysis into the test_flow test data table, and the workflow test engine automatically analyzes the workflow according to the content of the test_flow test data table and traverses all the flow paths to finish the test.
According to data statistics, compared with the existing test method, one tester familiar with the business tests a set of thirty-flow systems, which takes at least three days, traditional automatic tests need to write corresponding operation scripts according to each flow, which takes at least fifteen days, and our intelligent workflow tests, the personnel configuration files need 0.5 hour, and the average operation time of each flow needs 10 minutes, so that the total time is about 5.5 hours. Compared with the existing automatic test, the intelligent test system does not need to write test scripts, so that the time for writing test cases and test scripts is greatly saved, labor is saved, and the test efficiency is improved.
The above embodiments describe the construction and operation of the intelligent test system of the present invention in detail, but should not be construed as limiting the invention. It will be readily appreciated that further modifications and equivalents may be resorted to by those skilled in the art, having the benefit of this disclosure, which fall within the scope of the invention as defined by the appended claims.
Claims (13)
1. An intelligent test system for workflow test, which is deployed at a client, and performs data interaction with a server running a workflow management system to be tested through the client, so as to test the workflow management system to be tested, and is characterized in that the intelligent test system comprises a configuration file, a basic data analysis device, a flow data analysis device, a workflow test engine, an error and abnormality processing device and a log management device, wherein:
the configuration file is used for configuring the following information:
1) An access address of the workflow management system under test;
2) The test objects in the tested workflow management system and the user information related to the tested workflow management system;
3) Form information to be input in the test;
the basic data analysis device is used for analyzing URL paths of all node interfaces of the tested workflow management system and traversing all the node interfaces so as to analyze and obtain field information of input components in the interfaces;
the flow data analysis device is used for executing the following steps:
s101, acquiring a workflow table in a database of the tested workflow management system by accessing the tested workflow management system;
s102, eliminating other data of non-test objects in a workflow table of the tested workflow management system according to the configuration information of the test objects in the configuration management device;
s103, analyzing a workflow table of the tested workflow management system to obtain node information, flow line information and global shared variables of the workflow table, and storing the analyzed information in a test_flow test data table; the flow line information comprises the identification of the last node and the next node connected by the flow line and the judgment identification of the flow from the last node to the next node;
the workflow test engine is used for testing the corresponding workflow according to the test object configured in the configuration management device, and comprises a flow path analysis device and a flow node test device;
the flow path analyzing device is used for analyzing all flow paths in the workflow according to the flow line information in the test flow test data table, wherein each path comprises a plurality of nodes and flow lines;
the flow node testing device is used for automatically acquiring an input component and a function button control of form information of a node interface, automatically inputting or selecting corresponding information in the input component, clicking the function button control corresponding to the judgment mark of the flow line in the interface to test the node of the workflow, and returning to the flow branch testing device to circulate branch paths after the node is tested; when the flow node testing device automatically inputs or selects form information, the input form information is uploaded to a database of the tested workflow management system according to the field information of the input component, and then the content of the form information field of the corresponding flow node in the database is updated;
the workflow test engine traverses all the flow paths one by one, and when one node is entered, the flow node test device is called to test the node, so that the paths of the workflow are comprehensively tested;
the error and exception handling device is used for detecting an error bullet frame popped up in the interface and checking errors in the operation of the workflow in the test process, if the error bullet frame popped up in the interface, defining the test result of the node as failure, calling the log management device to execute corresponding operation, and sending the test ending the node to the workflow test engine and entering the next flow to continue the test; if the check bullet frame is detected, defining the flow as failure, calling a log management device to execute corresponding operation, and testing normally;
the log management device is used for recording the operation of the intelligent test system in real time and intercepting images of an error interface when errors occur in the test process; the apparatus is also for generating a test report.
2. The intelligent test system according to claim 1, wherein the flow branch test apparatus recursively traverses the workflow to obtain all possible flow paths for the workflow, the recursively traversing comprising:
when a node is a certain node, firstly judging whether the node is an end node, if so, completing the establishment and storage of the current path; if the node is not the ending node, judging the number of lower nodes of the node, if only one lower node is not present in the current path, adding the node to the current path, and recursively searching the next node; if only one lower node appears in the current path, recursively searching the lower node until a plurality of lower nodes are found, adding the node with only one lower node in the process to the current path at one time, and continuing recursively traversing from the lowest node of the current path, or recursively searching the lower node until the node is ended, so that the current path is built and stored;
if the number of the lower nodes is multiple, judging the times that the lower nodes appear in the current path at the same time, if the times that the lower nodes appear are less than twice, copying the current path to obtain multiple flow paths with the same number as the lower nodes which do not appear in the current path, judging that the method is consistent with the condition of one node, and then traversing from the node corresponding to the last stage node of the multiple flow paths to continue recursively traversing.
3. The intelligent test system according to claim 1, wherein the node information includes node attributes, and the node attribute of a node is a start node or a person handling node or a sub-flow node or an end node.
4. The intelligent test system according to claim 3, wherein the process node test device tests nodes with node attributes of personnel processing nodes, and if the nodes are processed by the determined processing main body, the processing main body is filled in or selected by reading form information in the configuration file.
5. The intelligent test system according to claim 3, wherein the workflow test engine further comprises a dynamic information analysis device for testing nodes with node attributes being personnel processing nodes, and if the nodes are processed by uncertain processing subjects, dynamic searching is realized through parameter transmission by the dynamic information analysis device so as to fill out or select corresponding processing subjects.
6. The intelligent test system according to claim 3, wherein when the process node test device tests the node attribute as a sub-process node, the process node test device stores current workflow test information and enters a sub-process to test, wherein the test process is consistent with the current workflow test process.
7. The intelligent test system according to claim 5, wherein the process node test device is further configured to check, through the user information of the configuration file, whether the title to be handled is consistent with the title of the corresponding test node in the configuration file, and further test whether the data in the workflow is correctly sent.
8. The intelligent test system according to claim 7, wherein if the title to be handled has a variable, dynamic searching is implemented through parameter transmission by the dynamic information analysis device to fill in or select the corresponding title to be handled.
9. The intelligent test system according to claim 1, wherein the flow node test device is further configured to test field verification of form filling in a corresponding interface of the node.
10. The intelligent test system of claim 1, wherein the input components comprise an input box component, a drop down menu component, and an upload accessory component.
11. The intelligent test system according to claim 5 or 8, wherein the parameter is transferred by: parameter transfer is carried out by reading the global shared variable; or the parameters are transferred by reading the content of the corresponding form information field in the database of the tested workflow management system.
12. The intelligent test system according to claim 11, wherein when the parameter transfer is performed, reading that the tag name field of the corresponding form information in the database of the workflow management system under test is consistent with the tag name field of the global shared variable, and the content of the corresponding form information field in the database of the workflow management system under test covers the content of the global shared variable.
13. The intelligent test system according to claim 1, wherein the configuration file further comprises a report output path, and the intelligent test system outputs a test report under the path after completing the test.
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