CN106844190B - Automatic test script generation method and device - Google Patents
Automatic test script generation method and device Download PDFInfo
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Abstract
The invention discloses a method for automatically generating a test script, which comprises the following steps: scanning the MML command and the parameters of the system to be tested one by one to generate an MML command model; setting a data rule for generating a test script for each MML command in the MML command model; generating a test script execution sequence tree according to the MML command model; generating a test script for each MML command according to the data rule, and sequencing the generated test scripts according to the execution sequence tree to obtain a test script of the tested system; the invention also discloses a device for automatically generating the test script; the invention is not limited by the logic of the specific MML command of the application layer, so that the test script is basically and automatically generated, meanwhile, a manual intervention channel is provided, the complexity and difficulty of script development are reduced, the development time is shortened, the maintenance is simple, and the adaptability is strong.
Description
Technical Field
The invention relates to the field of human-computer interaction testing, in particular to a method and a device for automatically generating a test script.
Background
Man-Machine interaction is realized between a person and a computer device by means of Man-Machine Language (MML) commands. Because of thousands of lines of MML commands, the workload of testing the MML commands is very large, and the current industry generally adopts a mode of executing batch MML command automation scripts to test. Because versions often change, writing a large batch of MML command test scripts presents a significant challenge.
The common problem in the present stage is that after the service of the system under test changes, the corresponding MML command test script cannot be written and completed in time within a specified time, because the test script is updated and written too complicated, so that a large number of test scripts cannot be written and completed within a short time. In order to complete the writing of the automatic test script rapidly, a large-scale automatic test framework comes up, and the development of the large-scale automatic test framework goes through the following stages:
1. unstructured automated test framework: data and MML command test scripts are mixed together, one script is a test case, the development speed of the script is high, the maintenance cost is high, and any change of a tested system needs to be solved by updating the script.
2. Automated test framework for Data drive (Data drive): and reading input data from the data files, and transmitting test data into the test script through parameterization of variables, wherein different data files correspond to different test cases. In this mode, data and script are separated, the utilization rate and maintainability of the script are greatly improved, the coverage rate of the data is higher, but the influence of functional logic change is still great.
3. Keyword Driven (Keyword drive) automated testing framework: the key word driving test is an improved type of data driving test, and decomposes the test logic according to the key words to form data files, wherein the key words correspond to the encapsulated business logic. The main keywords include three categories: the operated object (Item), Operation (Operation) and Value (Value) have other corresponding parameters according to different objects. The key word driving main idea is as follows: separating script and data, separating functional logic element name and test internal object name, and separating test description and specific implementation details.
The method improves the writing efficiency and maintainability of the script by improving the structure of the script, and the structured script has the following problems: firstly, the complexity of script development is high; because data separation and keyword encapsulation are carried out, the technical difficulty of script development is increased, and the script development period is prolonged; and secondly, compiling the test scripts one by one, which has large workload and large script maintenance workload, and the modification of the key words after the MML command changes takes time.
Disclosure of Invention
The embodiment of the invention provides a method and a device for automatically generating a test script, which aim to solve the problem that the existing test script generation method excessively depends on an MML command logic structure.
The invention discloses a method for automatically generating a test script, which comprises the following steps:
scanning the MML command and the parameters of the system to be tested one by one to generate an MML command model;
setting a data rule for generating a test script for each MML command in the MML command model;
generating a test script execution sequence tree according to the MML command model;
and generating a test script for each MML command according to the data rule, and sequencing the generated test scripts according to the execution sequence tree to obtain the test script of the tested system.
Preferably, the step of generating the MML command model by scanning the MML command and the parameters thereof of the system under test one by one includes:
scanning all command tree configuration files of a tested system, storing the command tree configuration files into a newly-built Extensible Markup Language (XML) file, and generating an MML command tree model;
scanning the parameters of each MML command, storing the parameters into a newly-built XML file, and generating an MML command parameter model;
and obtaining the MML command model according to the MML command tree model and the MML command parameter model.
Preferably, the parameters of the MML command include at least one of: parameter mnemonics, parameter description, parameter data types, parameter value ranges, parameter enumeration macros and parameter enumeration description.
Preferably, the setting of the data rule for generating the test script for each MML command in the MML command model includes:
generating a default rule for the MML command according to the data type and the value range of the current MML command parameter;
judging whether the MML command needs to set a custom rule or not; if yes, setting a self-defined rule for the MML; otherwise, the data rule setting of the current MML command is finished.
Preferably, the step of generating a test script execution sequence tree according to the MML command model includes:
generating a basic execution sequence tree according to the MML command tree model in the MML command model;
and adjusting the basic sequence tree to obtain the script execution sequence tree.
Preferably, the default rule is:
when the parameter type of the MML command is Boolean type, generating a Boolean test script, and taking values as follows: "TRUE" and "FALSE";
when the parameter type of the MML command is an enumeration type, generating an enumeration test script, and taking the value as an enumeration item: last, middle and first items;
when the parameter type of the MML command is numerical type, generating a numerical test script, and taking values as follows: a minimum value, a median value, and a maximum value;
when the parameter type of the MML command is character type, generating a character test script, and taking values as follows: minimum length, maximum length;
when the parameter type of the MML command is time type, generating a time test script, and taking values as follows: a time minimum value, a time maximum value and a time intermediate value;
when the parameter type of the MML command is an address type, an IP address test script is generated, and the value is as follows: a minimum IP address, a maximum IP address, and an intermediate IP address;
when the parameter type of the MML command is composite, generating a composite test script, and taking values as follows: minimum, median and maximum values of the composite parameter.
Preferably, the MML command includes at least one of: add commands, delete commands, query commands, and modify commands.
Preferably, the customized rule includes: enumerating parameter traversal rules, capacity rules and combination rules; the method sets the custom rule by introducing a regular expression or TCL (tool Command language) programming.
The invention further discloses a device for automatically generating the test script, which comprises: the system comprises an MML model management module, a rule management module, an execution sequence tree management module and a test script generation module; as described above
The MML model management module is used for scanning the MML commands and the parameters thereof of the tested system one by one, generating an MML command model and storing the MML command model;
the rule management module is used for setting and storing a data rule for generating a test script for each MML command in the MML command model;
the execution sequence tree management module is used for generating and storing a test script execution sequence tree according to the MML command model in the MML model management module;
and the test script generating module is used for generating a test script for each MML command according to the data rule stored in the rule management module, and sequencing the generated test script according to the execution sequence tree stored in the execution sequence tree management module to obtain the test script of the tested system.
Preferably, the first and second electrodes are formed of a metal,
the MML model management module is used for storing the scanned command tree configuration file of the tested system into a newly-built XML file to generate an MML command tree model; storing the scanned parameters of the MML command into a newly-built XML file to generate an MML command parameter model; combining the MML command tree model and the MML command parameter model;
the rule management module is used for providing an interface for setting a custom rule for a user; generating a default rule for the MML command according to the data type and the value range of the MML command parameter, and judging whether the MML command needs to set a custom rule; when the MML command needs to set a custom rule, receiving and storing the custom rule set by the user;
the execution sequence tree management module is used for providing an interface for adjusting the execution sequence of the test script for a user; generating a basic execution sequence tree according to an MML command tree model in the MML command model; and receiving and storing the adjustment of the user to the basic sequence tree.
According to the method, an MML command model is constructed, a data rule for generating a test script is set for each MML command, the test scripts are generated one by one according to the rule, and then the scripts are sequenced through an execution sequence tree to generate the test scripts which can be executed in batches; the method is not limited by the logic of a specific MML command of an application layer, so that the test script is basically and automatically generated, a manual intervention channel is provided, the complexity and difficulty of script development are reduced, the development time is shortened, the maintenance is simple, and the adaptability is high.
Drawings
FIG. 1 is a flow chart of a preferred embodiment of a method for automatically generating a test script according to the present invention;
FIG. 2 is a flowchart of a preferred embodiment of step S101 of FIG. 1;
FIG. 3 is a flowchart of a preferred embodiment of step S102 of FIG. 1;
FIG. 4 is a flowchart of a preferred embodiment of step S103 of FIG. 1;
FIG. 5 is a schematic block diagram of an embodiment of an automatic test script generation apparatus according to the present invention;
in order to make the technical solution of the present invention clearer and clearer, the following detailed description is made with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The core idea of the invention is that an MML command model is constructed according to an MML command tree of a system to be tested, a data rule for generating a test script is automatically or manually set for each MML command in the model to generate the test script, and then the test script is sequenced according to an execution sequence tree generated according to the MML command model to obtain the test script of the system to be tested; the problem at the application layer is solved by the underlying abstract MML command model.
FIG. 1 is a flow chart of a preferred embodiment of the method for automatically generating a test script according to the present invention; the embodiment comprises the following steps:
step S101: scanning the MML command and the parameters of the system to be tested one by one to generate an MML command model; as shown in fig. 2, is a flowchart of a preferred embodiment of the present step, which specifically includes the following steps:
step 1011: scanning all command tree configuration files of a tested system, storing the command tree configuration files into a newly-built XML file, and generating an MML command tree model;
step S1012: scanning the MML command and the parameters thereof one by one, and storing the MML command and the parameters into a newly-built XML file to generate an MML command parameter model;
the scanned MML command and its parameters include at least one of: command mnemonic character, command description, parameter mnemonic character, parameter description, parameter data type, parameter value range, parameter enumeration macro and parameter enumeration description.
Step S1013: and combining the MML command tree model and the MML command parameter model to obtain the MML command model.
Step S102: setting a data rule for generating a test script for each MML command in the MML command model; as shown in fig. 3, is a flowchart of a preferred embodiment of the present step, which specifically includes the following steps:
step S1021: generating a default rule for the MML command according to the data type and the value range of the current MML command parameter;
step S1022: judging whether the MML command needs to set a custom rule or not; if yes, go to step S1023; otherwise, the data rule setting of the current MML command is finished, and step S1024 is executed;
step S1023: setting a self-defining rule for the MML;
step S1024: judging whether the current MML command is the last MML command or not, if so, finishing the data rule setting; otherwise, go to step S1025;
step S1025: jump to the next MML command and execute step S1021.
The data rule is the combination of MML command, parameter type and parameter value range, which is the key of the invention; that is, according to the data rule, the test script of the MML command can be generated;
in the present invention, the default rule is:
when the parameter type of the MML command is Boolean type, generating a Boolean test script, and taking values as follows: "TRUE" and "FALSE";
when the parameter type of the MML command is an enumeration type, generating an enumeration test script, and taking the value as an enumeration item: last, middle and first items;
when the parameter type of the MML command is numerical type, generating a numerical test script, and taking values as follows: minimum, intermediate, and maximum values;
when the parameter type of the MML command is a character type, generating a character test script, and taking values as follows: minimum length, maximum length;
when the parameter type of the MML command is time type, generating a time test script, and taking values as follows: a time minimum value, a time maximum value and a time intermediate value;
when the parameter type of the MML command is an address type, an IP address test script is generated, and the value is as follows: a minimum IP address, a maximum IP address, and an intermediate IP address;
when the parameter type of the MML command is composite, generating a composite test script, and taking the value as follows: minimum, median and maximum values of the composite parameter.
The MML command includes at least one of: the default rule is described by taking test scripts of the add command, the delete command, the modify command and the query command as examples:
1) add maximum boundary value generation rule for the commanded test script: each parameter takes the maximum value, the character type parameter takes the maximum length, and each parameter in the composite type parameter also takes the maximum value;
2) adding a command test script minimum boundary value generation rule: each parameter takes the minimum value, the character type parameter takes the minimum length, and each parameter in the composite type parameter also takes the minimum value;
3) add test script intermediate value generation rule for command: each parameter takes a middle value, the character type parameter takes a middle length, and each parameter in the composite type parameter also takes a middle value;
4) test script parameter generation rules for delete commands: deleting data of the minimum value +1 of the necessary parameters, and selecting the parameters: for the combined optional parameters, selecting a first optional parameter for deletion; for the case that the data capacity is less than or equal to three, after deletion, addition is needed;
5) modifying the test script parameter generation rules of the command: modifying the values of the optional parameters of the intermediate data, and reducing the values of all the optional parameters by 1; for the condition that the required parameters are more than one, only operating the first required parameter;
6) queried test script parameter generation rules: (a) for the show command without the necessary parameters, the necessary parameters are not input; (b) maximum boundary values for the respective parameters;
for the custom rule, because data of a part of MML commands may affect subsequent data configuration, or a reference relationship between data is complex, the rule needs to be manually defined, and in another case, to perform a more complex test on the commands, the rule needs to be custom, which is generally implemented by introducing a regular expression or TCL programming, and the common rules include:
1) enumerate parameter traversal rules: all values of a certain parameter need to be configured completely;
2) capacity regulation: carrying out capacity test by a certain MML command, and fully configuring data of the MML command;
3) combination rules: dealing with the reference relationships between parameters, for example: when the parameter A takes a certain value, the parameter B can only take a certain value;
step S103: generating a test script execution sequence tree according to the MML command model; fig. 4 is a flowchart of a preferred embodiment of this step, which specifically includes the following steps:
step S1031: generating a basic execution sequence tree according to the MML command tree model in the MML command model;
step S1032: and adjusting the basic sequence tree to obtain the script execution sequence tree.
According to the basic execution sequence tree, most test script commands can be executed, but there may be some test script commands, the former needs to call the latter data, so the execution sequence needs to be manually adjusted according to the specific situation.
Step S104: and generating a test script for each MML command according to the data rule, and sequencing the generated test scripts according to the execution sequence tree to obtain the test script of the tested system.
As shown in fig. 5, it is a schematic block diagram of a preferred embodiment of the above automatic test script generation apparatus of the present invention, and this embodiment includes: the MML model management module 10, the rule management module 20, the execution sequence tree management module 30 and the test script generation module 40; wherein:
the MML model management module 10 is used for scanning the MML commands and the parameters thereof of the tested system one by one, storing the scanned command tree configuration files of the tested system into a newly-built XML file, and generating an MML command tree model; storing the scanned parameters of the MML command into a newly-built XML file to generate an MML command parameter model; combining the MML command tree model and the MML command parameter model to generate and store an MML command model;
a rule management module 20, configured to provide an interface for setting a custom rule for a user; generating a default rule for the MML command according to the data type and the value range of the MML command parameter, and judging whether the MML command needs to set a custom rule; when the MML command needs to set a custom rule, receiving and storing the custom rule set by the user; and storing the data rule for generating the test script set for each MML command;
an execution sequence tree management module 30, configured to provide an interface for adjusting an execution sequence of the test scripts for a user; generating a basic execution sequence tree according to an MML command tree model in the MML command model; receiving the adjustment of the user to the basic sequence tree, generating and storing a test script execution sequence tree;
a test script generating module 40, configured to generate a test script for each MML command according to the data rules stored in the rule management module 20, and generate commands with multiple rules according to the order of the rules; and sorts the generated test scripts according to the execution sequence tree stored in the execution sequence tree management module 30 to obtain the test scripts of the system under test.
In summary, the MML command model is constructed by scanning the tested system, and the data rule of the test script is generated according to each preset MML command; and generating a test script of the MML command, and sequencing the test script according to the execution sequence tree to generate the test script of the tested system. The present invention solves the problem at the application level through a MML command model at the bottom level abstraction.
The above description is only for the preferred embodiment of the present invention and is not intended to limit the scope of the present invention, and all equivalent structures or flow transformations made by the present specification and drawings, or applied directly or indirectly to other related arts, are included in the scope of the present invention.
Claims (9)
1. A method for automatically generating a test script is characterized by comprising the following steps:
scanning a man-machine language MML command and parameters thereof of a tested system one by one to generate an MML command model;
setting a data rule for generating a test script for each MML command in the MML command model;
generating a test script execution sequence tree according to the MML command model;
generating a test script for each MML command according to the data rule, and sequencing the generated test scripts according to the execution sequence tree to obtain the test script of the tested system;
the step of setting the data rule for generating the test script for each MML command in the MML command model comprises the following steps:
generating a default rule for the MML command according to the data type and the value range of the current MML command parameter;
judging whether the MML command needs to set a custom rule or not; if yes, setting a self-defined rule for the MML; otherwise, the data rule setting of the current MML command is finished;
wherein the default rules include: generating a corresponding test script according to the parameter type of the MML command, wherein the parameter type of the MML command comprises a Boolean type, an enumeration type, a numerical type, a character type, a time type, an address type or a composite type;
the custom rule comprises the following steps: enumerate parameter traversal rules, capacity rules, and composition rules.
2. The method according to claim 1, wherein the step of scanning the man-machine language MML command and the parameters thereof of the system under test one by one to generate the MML command model comprises:
scanning all command tree configuration files of a tested system, storing the command tree configuration files into a newly-built extensible markup language (XML) file, and generating an MML command tree model;
scanning the parameters of each MML command, storing the parameters into a newly-built XML file, and generating an MML command parameter model;
and obtaining the MML command model according to the MML command tree model and the MML command parameter model.
3. A method according to claim 1 or 2, wherein the parameters of the MML command include at least one of: parameter mnemonics, parameter description, parameter data types, parameter value ranges, parameter enumeration macros and parameter enumeration description.
4. The method of claim 1, wherein the step of generating a test script execution order tree according to the MML command model comprises:
generating a basic execution sequence tree according to an MML command tree model in the MML command model;
and adjusting the basic sequence tree to obtain the script execution sequence tree.
5. The method of automatic generation of test scripts according to claim 1, wherein the default rules are:
when the parameter type of the MML command is Boolean type, generating a Boolean test script, and taking values as follows:
"TRUE" and "FALSE";
when the parameter type of the MML command is an enumeration type, generating an enumeration test script, and taking the value as an enumeration item: last, middle and first items;
when the parameter type of the MML command is numerical type, generating a numerical test script, and taking values as follows: a minimum value, a median value, and a maximum value;
when the parameter type of the MML command is a character type, generating a character test script, and taking values as follows: minimum length, maximum length;
when the parameter type of the MML command is time type, generating a time test script, and taking values as follows: a time minimum value, a time maximum value and a time intermediate value;
when the parameter type of the MML command is an address type, an IP address test script is generated, and the value is as follows: a minimum IP address, a maximum IP address, and an intermediate IP address;
when the parameter type of the MML command is composite, generating a composite test script, and taking the value as follows: minimum, median and maximum values of the composite parameter.
6. The method of automatic generation of test scripts according to claim 1 or 2, wherein the MML commands comprise at least one of: add commands, delete commands, query commands, and modify commands.
7. The method of claim 1, wherein the method sets the custom rule by introducing a regular expression or TCL programming.
8. An apparatus for automatically generating a test script, the apparatus comprising: the system comprises an MML model management module, a rule management module, an execution sequence tree management module and a test script generation module; the above-mentioned
The MML model management module is used for scanning the MML commands and the parameters thereof of the tested system one by one, generating an MML command model and storing the MML command model;
the rule management module is used for setting and storing a data rule for generating a test script for each MML command in the MML command model;
the execution sequence tree management module is used for generating and storing a test script execution sequence tree according to the MML command model in the MML model management module;
the test script generating module is used for generating a test script for each MML command according to the data rule stored in the rule management module, and sequencing the generated test script according to the execution sequence tree stored in the execution sequence tree management module to obtain the test script of the tested system;
the rule management module is used for providing an interface for setting a custom rule for a user; generating a default rule for the MML command according to the data type and the value range of the MML command parameter, and judging whether the MML command needs to set a custom rule; when the MML command needs to set a custom rule, receiving and storing the custom rule set by the user;
wherein the default rules include: generating a corresponding test script according to the parameter type of the MML command, wherein the parameter type of the MML command comprises a Boolean type, an enumeration type, a numerical type, a character type, a time type, an address type or a composite type;
the custom rule comprises the following steps: enumerate parameter traversal rules, capacity rules, and composition rules.
9. The automatic test script generation apparatus of claim 8,
the MML model management module is used for storing the scanned command tree configuration file of the tested system into a newly-built XML file to generate an MML command tree model; storing the scanned parameters of the MML command into a newly-built XML file to generate an MML command parameter model; and merging the MML command tree model and the MML command parameter model;
the execution sequence tree management module is used for providing an interface for adjusting the execution sequence of the test script for a user; generating a basic execution sequence tree according to an MML command tree model in the MML command model; and receiving and saving the adjustment of the user to the basic sequence tree.
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