CN103942144B - A kind of method of testing utilizing parameters relationship figureization to map - Google Patents

Abstract

The invention discloses a kind of method of testing utilizing parameters relationship figureization to map, the parameter of test script is extracted by the method, set up the incidence relation between script, achieve by single script to multiple scripts by the transformation of flow testing, specifically include initialization control, script information be set, script relationships line and graphical representation script relationships are set.The test script of text type is mapped to graphical operation interface by the present invention, complicated scripted code is converted into succinct visualization interface and configures for tester, be greatly improved the work efficiency of tester's script configuration, save labour cost.

Description

A Test Method Utilizing Graphical Mapping of Parameter Relations

technical field

The present invention relates to a test method, in particular to a test method utilizing graph mapping of parameter relations.

Background technique

Automated testing tools generally provide specific test scripts to complete testing for target applications. A test script is a code written in a specific language and implemented under a specific system. According to the complexity of the function, the test script can be a code parsed by other languages, it can be a batch command, or it can be a relatively complex script language program fragment, which undoubtedly raises the threshold for script configuration. On the other hand, there are connections between scripts, some of which are relatively simple, and some of which are intricate. When an error occurs in the test, since the scripts are all in full text, some important information cannot be displayed intuitively to the tester. If a person wants to find out where the error occurs from the large number of scripts executed by the test. It takes a lot of energy to search, which is inefficient.

Contents of the invention

The object of the present invention is to provide a testing method utilizing graphical mapping of parameter relationships, which graphically maps the parameter relationships between scripts, and converts complex script codes into simple visual interfaces for testers to configure.

The object of the present invention is achieved through the following technical solutions:

A test method using graphical mapping of parameter relationships, characterized in that: the method extracts the parameters of test scripts, establishes the relationship between scripts, and realizes the transformation from a single script to multiple scripts according to the process of testing, Specific steps are as follows:

1) Initialize the control

First judge whether the container of the script-related control exists, and if so, release the script data, script-related control, and control container in sequence; if not, initialize the container after setting the basic parameters; finally create the script-related control in the control container;

During the initialization process of the script relationship control, judge the set mode. If it is the display mode, all the content in the control will be grayed out and can only be viewed but not edited; if it is the modification mode, it can be edited;

2) Set script information

After the initialization of the script relationship control is completed, set the content in it; firstly, according to the unique ID of the test script, obtain the test script object, then extract the information of the test script object, and classify and summarize; then set the size and horizontal and vertical coordinates of the script control , if not set, it will be set on the right side of the previous script control with the default size; finally call set_it_data to set it in the script relationship control to complete the creation of an independent test script;

3) Set the script relationship connection

Graphical mapping is performed by connecting lines; two points determine a straight line, and the two points are parameters in two scripts; when script parameters with the same name and type are found in the script collection, judge the input of these parameters The output type, if appropriate, is automatically connected to establish the relationship between test scripts;

4) Graphical display of script relationships

Call the send_data_to_frontend method to pass the underlying data to the display layer for display and complete the test.

In the present invention, the information of the test script object includes: script name, script description, and script parameters; wherein the script parameters include four types: Import, Export, Changing, and Table.

In the set_it_data method, set the header of the control through set_table_properties; then set the property name of each column through set_column_properties, and finally set the data in the table through set_tabledata.

Pass the underlying data to the display layer for display, with the following functions:

View switching: window size switching, convenient for script configuration; navigation: contains navigation function, previewing the relationship of a large number of scripts; export: exporting the snapshot of script relationship as a picture in JPG format for storage.

The present invention is mainly divided into two parts: one is to extract the parameters of the test script, including input and output types, specific types of parameters, and descriptions of parameters. The other part is to provide a way of relationship connection, establish the relationship between scripts, define the flow of data when the script is executed, and realize the transformation from a single script to multiple scripts according to the process of testing.

The invention maps textual test scripts into graphical operation interfaces and converts complex script codes into simple visual interfaces for testers to configure, which can greatly improve the work efficiency of testers' script configuration and save labor costs.

Description of drawings

Fig. 1 is a schematic diagram of the implementation process of graphical mapping of script parameter relationships.

detailed description

The graphical mapping of the script parameter relationship is realized through the script relationship class (in this embodiment, the class ZP001CL_IT_JOIN_CNTRL is used to define, but not limited to this name), and its main attributes and methods are shown in Table 1 and Table 2:

Table 1

Table 2

As shown in Figure 1, the steps of graphical mapping of script relationships are as follows:

Step 1: Initialize the control

Firstly, it is judged whether the container of the script-related control exists, and if it exists, the data of the script, the script-related control, and the control container are released in sequence. If not present, initialize the container after setting some basic parameters. Finally, create a script relational control in the control container.

During the initialization process of the script relationship control, the set mode will be judged. If it is the display mode, all content in the control will be grayed out and can only be viewed but not edited; if it is the modification mode, it can be edited.

Step 2: Set script information

After the script relationship control is initialized, the content needs to be set. First, obtain the test script object according to the unique ID of the test script, and then extract the main information of the test script object, including: script name, script description, and script parameters. The script parameters include four types: Import, Export, Changing, and Table. Classify and summarize according to the above contents. Then you can set the size and horizontal and vertical coordinates of the script control. If not set, the default size will be set on the right side of the previous script control. Finally, call set_it_data to set it to the script relationship control.

In the set_it_data method, set the header of the control through set_table_properties. Then set the attribute name of each column through set_column_properties, and finally set the data in the table through set_tabledata. All the contents of the settings are shown in Table 3.

table 3

Step 3: Set script relationship connection

Step 2 completes the creation of independent test scripts, and then needs to establish the relationship between test scripts. The relationship here uses a connection method for graphical mapping. Two points determine a straight line, where the two points are a certain parameter of the two scripts. When script parameters with the same name and type are found in the script collection, the input and output types of these parameters will be judged, and connections will be made automatically if appropriate.

For example, the parameter Val1 of script A needs to be passed to the parameter Val2 of script B, and the storage structure of its connection is shown in Table 4.

Table 4

left test script right test script left script parameter right script parameter Script A script B Val1 Val2

Step 4: Graphical display of script relationships

When the above main steps are completed, call the send_data_to_frontend method to pass the underlying data to the presentation layer for display.

In addition, the script relational control also provides the following auxiliary functions: View switching: window size switching, which is convenient for script configuration. Navigation: Contains a navigation function that provides a summary preview of the relationships of a large number of scripts. Export: The snapshot of the script relationship can be exported as a picture in JPG format for storage.

Claims (3)

1. A test method utilizing graphical mapping of parameter relationships, characterized in that: the method extracts the parameters of the test scripts, sets up the correlation between the scripts, and realizes the process of testing from a single script to multiple scripts according to the flow Transformation, the specific steps are as follows: 1) Initialize the control First judge whether the container of the script-related control exists, and if so, release the script data, script-related control, and control container in sequence; if not, initialize the container after setting the basic parameters; finally create the script-related control in the control container; During the initialization process of the script relationship control, judge the set mode. If it is the display mode, all the content in the control will be grayed out and can only be viewed but not edited; if it is the modification mode, it can be edited; 2) Set script information After the initialization of the script relationship control is completed, set the content in it; firstly, according to the unique ID of the test script, obtain the test script object, and then extract the information of the test script object, and classify and summarize; then set the size and horizontal and vertical coordinates of the script relationship control Setting, if not set, it will be set on the right side of the previous script relationship control with the default size; finally, set the information of the test script object into the script relationship control to complete the creation of an independent test script; 3) Set the script relationship connection Graphical mapping is performed by connecting lines; two points determine a straight line, and the two points are parameters in two scripts; when script parameters with the same name and type are found in the script collection, judge the input of these parameters The output type, if appropriate, is automatically connected to establish the relationship between test scripts; 4) Graphical display of script relationships Pass the underlying data to the display layer for display and complete the test. 2. The test method utilizing graphical mapping of parameter relationships according to claim 1, characterized in that: in step 2), the information of the test script object includes: script name, script description, and script parameters; wherein the script parameters include Import, Export, Changing, Table four types. 3. The test method using graphical mapping of parameter relationships according to claim 1, characterized in that: in step 4), the underlying data is passed to the display layer for display, which has the following functions: ① View switching: window size switching, convenient for script configuration; ② Navigation: Contains a navigation function to preview the relationship of a large number of scripts; ③ Export: Export the snapshot of the script relationship as a picture in JPG format for storage.