CN107632938B - Distributed storage product automatic test suite organization method - Google Patents
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Abstract
The invention discloses a distributed storage product automatic test suite organization method, which comprises the following steps: the automatic test case is packaged in advance according to the functional characteristics of the distributed storage product, and the configuration of different parts of the automatic test case is agreed in a single functional characteristic module through different catalogues; extracting all configurations commonly called by the automated test cases into a common configuration file in advance; and combining the configuration files corresponding to the configurations of different parts in the corresponding functional characteristic modules according to the test instruction of the target test point, and generating the test configuration of the corresponding test case by combining the common configuration file. The hierarchical management of the automatic test case of the distributed storage product is realized by adopting a test suite, and the automatic test platform can obtain comprehensive configuration files and test points when calling the automatic case by adopting a hierarchical organization mode, so that the reusability of the automatic test case is improved, and the side maintenance cost of the automatic case is saved.
Description
Technical Field
The invention relates to the field of distributed storage, in particular to an organization method of an automatic test suite of a distributed storage product.
Background
In the era of big data operation, most of the massive data generated by massive application is unstructured data, and the quantity level of the data volume is increased in an exponential trend. The conventional storage structure in terms of data transmission and storage cannot meet the storage requirement of mass data. The distributed storage product perfectly solves the problems of mass data storage and server application, storage is brought back into the server, the traditional server use mode is reactivated, and the conventional server plays a role in data storage while playing a role in calculation. However, the testing of the distributed storage product increases the testing difficulty due to its distributed characteristic, and the execution of the automated test case and the case organization become a more critical strategy.
Therefore, how to improve reusability of the automatic test case and save maintenance cost of the automatic test case side is a technical problem that needs to be solved by technical personnel in the field at present.
Disclosure of Invention
The invention aims to provide a distributed storage product automatic test suite organization method, which can improve the reusability of an automatic test case and save the maintenance cost of the automatic case side.
In order to solve the technical problems, the invention provides the following technical scheme:
a distributed storage product automation test suite organization method, comprising:
the method comprises the steps that an automatic test case is packaged in advance according to the functional characteristics of a distributed storage product, wherein different parts of the automatic test case are configured in a single functional characteristic module through different catalogs;
extracting all configurations commonly called by the automated test cases into a common configuration file in advance;
and combining the configuration files corresponding to the configurations of different parts in the corresponding functional characteristic modules according to the test instruction of the target test point, and generating the test configuration of the corresponding test case by combining the common configuration file.
Preferably, the previously assembling the automated test cases according to the functional characteristics of the distributed storage product, wherein the configuring of different parts of the automated test cases in a single functional characteristic module by different catalogs includes:
creating a use case library in advance;
creating a use case suite catalog according to the use case library;
under the use case suite catalog, creating a functional characteristic module catalog corresponding to each functional characteristic module according to the functional characteristics of the distributed storage product;
and creating a configuration directory and a task list of the automatic test case in the corresponding functional characteristic module under each functional characteristic module directory, placing a configuration file corresponding to each configuration directory under the corresponding configuration directory, and placing a corresponding case task list file under the corresponding task list.
Preferably, the creating a configuration directory and a task list of an automated test case in a corresponding functional characteristic module under each functional characteristic module directory, placing a configuration file corresponding to each configuration directory under a corresponding configuration directory, and placing a corresponding case task list file under a corresponding task list includes:
respectively creating a special symbol directory under each functional characteristic module directory, wherein a first special symbol under the special symbol directory is used for combining configuration files under each configuration directory in the functional characteristic module;
respectively creating a node basic configuration directory, a cluster basic configuration directory, a file system configuration directory, a use case private configuration directory and a use case task list directory under each functional characteristic module directory, placing configuration files corresponding to each configuration directory under the corresponding configuration directories, and placing corresponding use case task list files under the corresponding task lists.
Preferably, the creating a special symbol directory under each functional characteristic module directory respectively, where a first special symbol under the special symbol directory is used to combine configuration files under each configuration directory in the functional characteristic module where the first special symbol is located, includes:
and setting a first special symbol% under each special symbol directory, wherein the first special symbol% is used for multiplying the number of the configuration files under each configuration directory to obtain the number of the use cases obtained after the configuration files in the current functional characteristic module are combined.
Preferably, the creating a node basic configuration directory, a cluster basic configuration directory, a file system configuration directory, a use case private configuration directory, and a use case task list directory under each functional characteristic module directory, placing a configuration file corresponding to each configuration directory under a corresponding configuration directory, and placing a corresponding use case task list file under a corresponding task list respectively includes:
respectively creating a node basic configuration directory under each functional characteristic module directory, and placing a corresponding node basic configuration file under the node basic configuration directory;
respectively creating a cluster basic configuration directory under each functional characteristic module directory, and placing a corresponding cluster basic configuration file under the cluster basic configuration directory;
respectively creating a file system configuration directory under each functional characteristic module directory, and placing a corresponding file system configuration file under the file configuration directory;
respectively creating use case private configuration directories under each functional characteristic module directory, and placing corresponding use case private configuration files and preset second special symbols under the use case private configuration directories, wherein the second special symbols are used for combining a plurality of configuration files;
and respectively creating a use case list directory under each functional characteristic module directory, and placing the corresponding use case task list file under the corresponding task list.
Preferably, the extracting the configuration commonly called by all the automated test cases into a common configuration file in advance includes:
when a use case suite catalog is created according to the use case library, a public configuration catalog is created according to the use case library;
placing the configuration of the public call of the automatic test case into a public configuration file;
and extracting each public configuration file to the public configuration directory.
Preferably, the combining the configuration files corresponding to the configurations of different parts in the corresponding functional characteristic modules according to the test instruction of the target test point and generating the test configuration of the corresponding test case by combining the common configuration file includes:
acquiring a test instruction of a target test point;
combining configuration files corresponding to the configurations of different parts in the corresponding functional characteristic modules according to the test instruction;
and under the corresponding configuration directory of each functional characteristic module, linking the common configuration files in the common configuration directory in a soft connection mode, and organizing and generating the test configuration of the corresponding test case.
Preferably, the method further comprises the following steps:
and maintaining the use case library and the script library of the platform where the automatic test is positioned.
Compared with the prior art, the technical scheme has the following advantages:
the invention provides a distributed storage product automatic test suite organization method, which comprises the following steps: the method comprises the steps that an automatic test case is packaged in advance according to the functional characteristics of a distributed storage product, wherein different parts of the automatic test case are configured in a single functional characteristic module through different catalogs; extracting all configurations commonly called by the automated test cases into a common configuration file in advance; and combining the configuration files corresponding to the configurations of different parts in the corresponding functional characteristic modules according to the test instruction of the target test point, and generating the test configuration of the corresponding test case by combining the common configuration file. The method realizes the hierarchical management of the automatic test case of the distributed storage product by adopting a test suite, can enable an automatic test platform to obtain comprehensive configuration files and test points when calling the automatic test case by adopting a hierarchical organization mode, and can generate the required test case only by calling the configuration files and the public configuration files corresponding to the required part of configuration from each functional characteristic module when the automatic test is required, thereby improving the reusability of the automatic test case and saving the maintenance cost of the automatic test case side.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to these drawings without creative efforts.
FIG. 1 is a flowchart of a distributed storage product automation test suite organization method according to an embodiment of the present invention;
fig. 2 is a schematic diagram of an automated test case nesting of an organization method of an automated test suite for a distributed storage product according to an embodiment of the present invention.
Detailed Description
The core of the invention is to provide an organization method of an automatic test suite of a distributed storage product, which can improve the reusability of an automatic test case and save the maintenance cost of the automatic case side.
In order to make the aforementioned objects, features and advantages of the present invention comprehensible, embodiments accompanied with figures are described in detail below.
In the following description, specific details are set forth in order to provide a thorough understanding of the present invention. The invention can be implemented in a number of ways different from those described herein and similar generalizations can be made by those skilled in the art without departing from the spirit of the invention. The invention is therefore not limited to the specific implementations disclosed below.
Referring to fig. 1 and fig. 2, fig. 1 is a flowchart illustrating a distributed storage product automation test suite organization method according to an embodiment of the present invention; fig. 2 is a schematic diagram of an automated test case nesting of an organization method of an automated test suite for a distributed storage product according to an embodiment of the present invention.
The invention provides a distributed storage product automation test suite organization method, which comprises the following steps:
s11: the automated test cases are packaged in advance according to the functional characteristics of the distributed storage product, wherein different parts of the automated test cases are configured in a single functional characteristic module through different catalogs.
In an embodiment of the present invention, as shown in fig. 2, the pre-packaging the automatic test cases according to the functional characteristics of the distributed storage product, wherein the configuration of different parts of the automatic test cases in a single functional characteristic module via different directory conventions includes:
creating a use case library such as a GIT library in advance;
creating a use case suite catalog according to the use case library;
under a use case suite directory, creating a functional characteristic module directory corresponding to each functional characteristic module according to the functional characteristics of the distributed storage product, as shown in fig. 2, taking N functional characteristic modules as an example;
and creating a configuration directory and a task list of the automatic test case in the corresponding functional characteristic module under each functional characteristic module directory, placing a configuration file corresponding to each configuration directory under the corresponding configuration directory, and placing a corresponding case task list file under the corresponding task list.
Further, creating a configuration directory and a task list of the automated test case in the corresponding functional characteristic module under each functional characteristic module directory, placing a configuration file corresponding to each configuration directory under the corresponding configuration directory, and placing a corresponding case task list file under the corresponding task list, including: respectively creating a special symbol directory under each functional characteristic module directory, wherein a first special symbol under the special symbol directory is used for combining configuration files under each configuration directory in the functional characteristic module; respectively creating a node basic configuration directory, a cluster basic configuration directory, a file system configuration directory, a use case private configuration directory and a use case task list directory under each functional characteristic module directory, placing configuration files corresponding to each configuration directory under the corresponding configuration directories, and placing corresponding use case task list files under the corresponding task lists.
Respectively creating a special symbol directory under each functional characteristic module directory, wherein a first special symbol under the special symbol directory is used for combining configuration files under each configuration directory in the functional characteristic module, and the method comprises the following steps: and setting a first special symbol% under each special symbol directory, wherein the first special symbol% is used for multiplying the number of the configuration files under each configuration directory to obtain the number of the use cases obtained after the configuration files in the current functional characteristic module are combined.
Furthermore, respectively creating a node basic configuration directory, a cluster basic configuration directory, a file system configuration directory, a use case private configuration directory and a use case task list directory under each functional characteristic module directory, placing configuration files corresponding to each configuration directory under the corresponding configuration directories, and placing corresponding use case task list files under the corresponding task lists, comprises: respectively creating a node basic configuration directory under each functional characteristic module directory, and placing a corresponding node basic configuration file under the node basic configuration directory; respectively creating a cluster basic configuration directory under each functional characteristic module directory, and placing a corresponding cluster basic configuration file under the cluster basic configuration directory; respectively creating a file system configuration directory under each functional characteristic module directory, and placing a corresponding file system configuration file under the file configuration directory; respectively creating use case private configuration directories under each functional characteristic module directory, and placing corresponding use case private configuration files and preset second special symbols under the use case private configuration directories, wherein the second special symbols are used for combining a plurality of configuration files; and respectively creating a use case list directory under each functional characteristic module directory, and placing the corresponding use case task list file under the corresponding task list.
In the embodiment, the implementation of the method is based on a massive distributed product automatic test platform. Firstly, creating a use case library for automated test case management, creating a directory of the use case library at a task scheduling node of an automated test platform, creating a use case suite directory under a root directory of the use case library directory, creating a directory for each functional characteristic module under the use case suite directory, creating a specific configuration directory of an automated test case in the module under the functional characteristic module directory, as shown in fig. 2, a functional characteristic 1 is a first functional characteristic module directory under the use case suite directory, and in the embodiment, different part configurations of the automated test case are agreed by different directories in a single functional characteristic module: such as node base configuration, cluster base configuration, file system configuration, use case private configuration, use case task list, etc. The file organization among different parts can be combined through appointed special characters, and test configurations aiming at different test cases of different test points are generated after combination. Wherein, under the function characteristic module directory, there is a first special symbol agreed, and the symbol acts on the configuration file under each configuration directory in the combined function characteristic module. There may be a plurality of configuration files under each configuration directory of the functional characteristic module,% of the functions may be to multiply the number of configuration files under each configuration directory, and the result of multiplication is the number of use cases obtained after the functional characteristic modules are combined. When a plurality of configuration files exist in each configuration directory, an agreed second special symbol can be used, and the second special symbol can be + and has the function of combining the plurality of configuration files and using the plurality of configuration files as one configuration file to participate in the multiplication of percentage. The private configuration catalog is used for storing the private configuration file of the use case, and the configuration file in the catalog writes the private configuration used by the use case of the module. The script path and the script name for the use case are stored in the task list in the functional characteristic module, and the path needs to be consistent with the script storage path in the script library in the automatic test platform.
S12: and extracting the configuration commonly called by all the automatic test cases into a common configuration file in advance.
Extracting the configuration commonly called by all the automatic test cases into a common configuration file in advance, wherein the method comprises the following steps: when a case suite catalog is created according to a case library, a public configuration catalog is created according to the case library; placing the configuration of the public call of the automatic test case into a public configuration file; and extracting each public configuration file to the public configuration directory.
S13: and combining the configuration files corresponding to the configurations of different parts in the corresponding functional characteristic modules according to the test instruction of the target test point, and generating the test configuration of the corresponding test case by combining the common configuration file.
According to the test instruction of the target test point, combining the configuration files corresponding to the different parts of the configuration in the corresponding functional characteristic module, and combining the common configuration file to generate the test configuration of the corresponding test case, wherein the test configuration comprises the following steps: acquiring a test instruction of a target test point; combining configuration files corresponding to different parts of the configuration in the corresponding functional characteristic module according to the test instruction; and under the corresponding configuration directory of each functional characteristic module, linking the common configuration files in the common configuration directory in a soft connection mode, and organizing and generating the test configuration of the corresponding test case. Through reasonable automation case hierarchy and public configuration files, the automation test cases covering the characteristic function modules can be combined by matching with appointed special symbols.
Further, still include: and maintaining the example library and the script library of the platform where the automatic test is positioned.
In the embodiment, the automation test case is packaged according to the functional characteristics of the distributed storage product, and the configuration of the public call is extracted into the public configuration file and called in a soft connection mode. The configuration of different portions of the automation use case within a single functional module is agreed upon by different directories. The hierarchical management and maintenance of the automatic test case of the distributed storage product are realized by adopting a kit mode, and comprehensive configuration files and test points can be obtained more when the automatic test case is called by a convenient automatic test platform through hierarchical organization. Reusability of the automation use case can be improved. The automatic test case configuration and the automatic test script can be stored and managed in different places, decoupling management of the automatic test case and the automatic test script is achieved, coupling performance of the automatic test case and the automatic test script is reduced, maintenance cost of the automatic test case is saved in the automatic test case suite mode management, and maintainability of the automatic test case and the automatic test script is improved through a mode of extracting public configuration and soft connection.
The method for organizing the automatic test suite of the distributed storage product provided by the invention is described in detail above. The principles and embodiments of the present invention are explained herein using specific examples, which are presented only to assist in understanding the method and its core concepts. It should be noted that, for those skilled in the art, it is possible to make various improvements and modifications to the present invention without departing from the principle of the present invention, and those improvements and modifications also fall within the scope of the claims of the present invention.
Claims (7)
1. A distributed storage product automated test suite organization method, comprising:
the method comprises the steps that an automatic test case is packaged in advance according to the functional characteristics of a distributed storage product, wherein different parts of the automatic test case are configured in a single functional characteristic module through different catalogs;
extracting all configurations commonly called by the automated test cases into a common configuration file in advance;
combining configuration files corresponding to different parts of configuration in the corresponding functional characteristic module according to a test instruction of the target test point, and generating test configuration of a corresponding test case by combining the common configuration files;
the automatic test case is packaged in advance according to the functional characteristics of the distributed storage product, wherein the configuration of different parts of the automatic test case is agreed in a single functional characteristic module through different directories, and the method comprises the following steps:
creating a use case library in advance;
creating a use case suite catalog according to the use case library; creating a use case suite catalog according to the use case library, wherein the creating of the use case suite catalog comprises the following steps: creating a directory of a use case library at a task scheduling node of the automatic test platform, and creating a use case suite directory under a root directory of the use case library directory;
under the use case suite catalog, creating a functional characteristic module catalog corresponding to each functional characteristic module according to the functional characteristics of the distributed storage product;
creating a configuration directory and a task list of an automated test case in a corresponding functional characteristic module under each functional characteristic module directory, placing a configuration file corresponding to each configuration directory under the corresponding configuration directory, and placing a corresponding case task list file under the corresponding task list; the script path and the script name for the use case are stored in the task list, and the path needs to be consistent with the script storage path in the script library in the automatic test platform.
2. The method of claim 1, wherein creating a configuration directory and a task list of the automated test cases in the corresponding functional characteristic module under each functional characteristic module directory, placing a configuration file corresponding to each configuration directory under the corresponding configuration directory, and placing a corresponding use case task list file under the corresponding task list comprises:
respectively creating a special symbol directory under each functional characteristic module directory, wherein a first special symbol under the special symbol directory is used for combining configuration files under each configuration directory in the functional characteristic module;
respectively creating a node basic configuration directory, a cluster basic configuration directory, a file system configuration directory, a use case private configuration directory and a use case task list directory under each functional characteristic module directory, placing configuration files corresponding to each configuration directory under the corresponding configuration directories, and placing corresponding use case task list files under the corresponding task lists.
3. The method according to claim 2, wherein the creating a special symbol directory under each functional property module directory separately, and a first special symbol under the special symbol directory is used to combine configuration files under each configuration directory in the functional property module, includes:
and setting a first special symbol% under each special symbol directory, wherein the first special symbol% is used for multiplying the number of the configuration files under each configuration directory to obtain the number of the use cases obtained after the configuration files in the current functional characteristic module are combined.
4. The method of claim 3, wherein the creating a node base configuration directory, a cluster base configuration directory, a file system configuration directory, a use case private configuration directory, and a use case task list directory under each functional characteristic module directory, respectively, and placing a configuration file corresponding to each configuration directory under a corresponding configuration directory and a corresponding use case task list under a corresponding task list comprises:
respectively creating a node basic configuration directory under each functional characteristic module directory, and placing a corresponding node basic configuration file under the node basic configuration directory;
respectively creating a cluster basic configuration directory under each functional characteristic module directory, and placing a corresponding cluster basic configuration file under the cluster basic configuration directory;
respectively creating a file system configuration directory under each functional characteristic module directory, and placing a corresponding file system configuration file under the file configuration directory;
respectively creating use case private configuration directories under each functional characteristic module directory, and placing corresponding use case private configuration files and preset second special symbols under the use case private configuration directories, wherein the second special symbols are used for combining a plurality of configuration files;
and respectively creating a use case list directory under each functional characteristic module directory, and placing the corresponding use case task list file under the corresponding task list.
5. The method according to any one of claims 1 to 4, wherein the pre-extracting the configuration commonly called by all the automated test cases into a common configuration file comprises:
when a use case suite catalog is created according to the use case library, a public configuration catalog is created according to the use case library;
placing the configuration of the public call of the automatic test case into a public configuration file;
and extracting each public configuration file to the public configuration directory.
6. The method of claim 5, wherein the step of combining configuration files corresponding to configurations of different parts in corresponding functional characteristic modules according to a test instruction of a target test point and generating a test configuration of a corresponding test case by combining the common configuration file comprises:
acquiring a test instruction of a target test point;
combining configuration files corresponding to the configurations of different parts in the corresponding functional characteristic modules according to the test instruction;
and under the corresponding configuration directory of each functional characteristic module, linking the common configuration files in the common configuration directory in a soft connection mode, and organizing and generating the test configuration of the corresponding test case.
7. The method of claim 6, further comprising:
and maintaining the use case library and the script library of the platform where the automatic test is positioned.
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