CN113760775A - Automatic message testing method and device - Google Patents
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- CN113760775A CN113760775A CN202111157864.0A CN202111157864A CN113760775A CN 113760775 A CN113760775 A CN 113760775A CN 202111157864 A CN202111157864 A CN 202111157864A CN 113760775 A CN113760775 A CN 113760775A
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- G06F11/36—Preventing errors by testing or debugging software
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Abstract
The invention discloses a method and a device for automatically testing messages, wherein the method comprises the following steps: establishing an initialization form and a request form; the initialization form is used for storing data required by message sending, and the request form is used for storing content required by execution; defining a message structure in the request form; filling the initialization form and the request form according to a preset format and a service scene; converting the parameter information in the initialization form and the request form into a message to be sent, and sending the message to be sent to a consumption end; and searching and matching the returned log according to preset keywords, and searching whether the returned log content has a result which is in line with the expectation. By adopting the embodiment of the message automatic testing method and the device provided by the invention, the message sending execution process is controlled by setting the form parameters, so that the resource input cost of testers can be effectively reduced, and the message sending and checking efficiency can be improved.
Description
Technical Field
The invention relates to the field of automatic testing, in particular to a method and a device for automatically testing a message.
Background
The existing message sending verification mode is mainly based on two operations: the message sending tool platform needs to manually input related information according to a required message format during each simulated sending, sending data is not stored, and a plurality of windows need to be opened in different environments; and secondly, automatic verification only provides a basic sending service method and cannot adapt to respective service functions.
Therefore, in the existing message sending verification mode, a set of message sending logic needs to be reset according to different business requirements each time when a message is sent, and workers need to input relevant information manually according to a required message format each time when the message is sent, and sent data is not stored, so that the related workers have too many repeated operations, time cost is greatly wasted, message sending efficiency is influenced, and no relevant data can be inquired when an accident occurs.
Disclosure of Invention
The embodiment of the invention provides a method and a device for automatically testing messages, which are used for filling an initialization form and a request form according to a preset format and a service scene, controlling a message sending execution process by setting form parameters, and effectively solving the problems of high resource investment and low efficiency of a message sending tester in the prior art.
In order to achieve the above object, a first aspect of the embodiments of the present application provides an automatic message testing method, including:
establishing an initialization form and a request form; the initialization form is used for storing data required by message sending, and the request form is used for storing content required by execution;
defining a message structure in the request form;
filling the initialization form and the request form according to a preset format and a service scene;
converting the parameter information in the initialization form and the request form into a message to be sent, and sending the message to be sent to a consumption end;
searching and matching the returned logs according to preset keywords, and searching whether the returned log contents have results which accord with expectations or not; if so, the message is proved to be successfully consumed by the consuming end.
In a possible implementation manner of the first aspect, the method for automatically testing a message further includes:
sending the return log to the consumption end so that the consumption end performs data storage and verification according to the return log and the parameter information of the request form; the data storage check includes a cache check and/or a database check.
In a possible implementation manner of the first aspect, the performing, according to the return log, data storage verification specifically includes:
performing cache inspection, acquiring a cache corresponding value according to cache information defined by the request form, and detecting whether the cache corresponding value is consistent with a preset cache value; or
Performing database inspection, acquiring a corresponding value of a database according to database information defined by the request form, and detecting whether the corresponding value of the database is consistent with a preset database value; or
And performing cache check and database check, acquiring cache corresponding values and database corresponding values according to the cache information and database information defined by the request form, and detecting whether the cache corresponding values and the database corresponding values are respectively consistent with preset cache values.
In a possible implementation manner of the first aspect, after the detecting whether the cache corresponding value and the database corresponding value are respectively consistent with a predetermined cache value, the method further includes:
and comparing the cache corresponding value with the database corresponding value, and judging whether the cache corresponding value is consistent with the database corresponding value.
A second aspect of the embodiments of the present application provides an automatic message testing apparatus, including:
the form establishing module is used for establishing an initialization form and a request form; the initialization form is used for storing data required by message sending, and the request form is used for storing content required by execution;
the structure body definition module is used for defining a message structure body in the request form;
the filling module is used for filling the initialization form and the request form according to a preset format and a service scene;
the sending module is used for converting the parameter information in the initialization form and the request form into a message to be sent and sending the message to be sent to a consumption end;
the matching module is used for searching and matching the returned logs according to preset keywords and searching whether the returned log contents have results which meet expectations or not; if so, the message is proved to be successfully consumed by the consuming end.
In a possible implementation manner of the second aspect, the consuming side has a data storage checking module, configured to perform data storage checking according to the return log and the parameter information of the request form; the data storage check includes a cache check and/or a database check.
In a possible implementation manner of the second aspect, the data storage checking module includes a cache checking unit and a database checking unit;
the cache checking unit is used for acquiring a cache corresponding value according to the cache information defined by the request form and detecting whether the cache corresponding value is consistent with a preset cache value or not;
and the database checking unit is used for checking the database, acquiring a corresponding value of the database according to the database information defined by the request form, and detecting whether the corresponding value of the database is consistent with a preset database value.
In a possible implementation manner of the second aspect, the consuming side has a consistency check module, configured to compare the cache corresponding value with the database corresponding value, and determine whether the cache corresponding value is consistent with the database corresponding value.
Compared with the prior art, the automatic message testing method and device provided by the embodiment of the invention support data initialization and also support data replacement processing in the data execution process. The user only needs to fill the message mechanism content, the replacement parameter and the check information into the initialization form and the request form according to the well-defined format requirement, and then continuously adopts the method or the device to operate, the message data can be automatically replaced in the execution process, the converted message is sent to the consumption end, and the corresponding machine execution conditions of the sending end and the consumption end can be clearly fed back.
In summary, with the method and the device for automatically testing messages provided by the embodiment of the present invention, only the message sending personnel needs to prepare the required data, the message sending content and the service scene flow, and verify the logic, and does not need to pay attention to other basic service processing, so that the resource investment cost of the testing personnel is effectively reduced, and the message sending efficiency and the message checking efficiency are improved.
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Fig. 1 is a flowchart illustrating an automatic message testing method according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, an embodiment of the present invention provides an automatic message testing method, where the method includes:
s10, establishing an initialization form and a request form; the initialization form is used for storing data required by message sending, and the request form is used for storing content required by execution.
And S11, defining a message structural body in the request form.
And S12, filling the initialization form and the request form according to a preset format and a service scene.
And S13, converting the parameter information in the initialization form and the request form into a message to be sent, and sending the message to be sent to a consumption end.
S14, searching and matching the returned log according to preset keywords, and searching whether the returned log content has a result which is in line with expectation; if so, the message is proved to be successfully consumed by the consuming end.
In practical use, the message body structure of each service is associated with the actual service, and after the message is initialized, the structure body content needs to be prepared. The message structure body generally adopts a JSON object format, and the natural internal conversion of JSON and objects is better suitable for message mechanism processing.
S11-S12 are steps for initializing message sending data, and sending out the message data in S13, the key data replaces marks by coincidence in the whole S13 process, and the process can be realized by java generally. For example, the following is an agreed format based on the commodity scenario:
{ "Type": coupon "," mid ":" $ { mid100000} "," startTime ":" $ { +7day } "," usetime Type ":2} here i will fill in both mid and startTime key field types with a well-defined format, which will be all converted into the data content really needed for time when performing the initialization process.
S14 is the need to check the result after execution after message sending, including two types of checks, the first of which is referred to in S14.
(1) Whether the message recipient is successful: mainly checks the key words of successful consumption processing after the log information of the corresponding server is sent
(2) And (4) storage verification: and the data receiving and processing in many cases can enter a corresponding storage system, fill in the storage content needing to be checked according to a given format, and check the data consistency.
The second way of checking the result (storage check) is typically performed at the consumer end (information receiving end), as can be seen in the following examples.
Illustratively, the message automatic test method further comprises:
sending the return log to the consumption end so that the consumption end performs data storage and verification according to the return log and the parameter information of the request form; the data storage check includes a cache check and/or a database check.
Illustratively, the performing data storage verification according to the return log specifically includes:
performing cache inspection, acquiring a cache corresponding value according to cache information defined by the request form, and detecting whether the cache corresponding value is consistent with a preset cache value; or
Performing database inspection, acquiring a corresponding value of a database according to database information defined by the request form, and detecting whether the corresponding value of the database is consistent with a preset database value; or
And performing cache check and database check, acquiring cache corresponding values and database corresponding values according to the cache information and database information defined by the request form, and detecting whether the cache corresponding values and the database corresponding values are respectively consistent with preset cache values.
The consumer may enter into the data store check based on the receive log. At present, a cache/database is commonly used, different storage checks are performed according to the structural content defined in the initial request form, and if the request definition is cache check, whether the corresponding value information can be the same as a preset value or not is acquired according to the defined cache information; if the request definition is database inspection, whether the corresponding table and field information are consistent with the preset values or not after the set table and field information are acquired and executed is normal or abnormal in the expected return; if the request definition is cache plus database, then it is required to obtain whether the cache and database information are consistent with the expectation according to the given information, and if consistent, success and inconsistency, failure.
Specifically, the cache check means: in the request form, setting cache information, namely setting cache and what the content of the cache needs to be checked, converting the cache into corresponding cache calling basic data information according to the set information in the execution process, then calling a cache providing method to obtain a corresponding value according to a key, replacing parameter information corresponding to a preset value into real data, then comparing the real data with the obtained and called real content, if the real data is consistent, successfully verifying, and if the inconsistent verification fails, simultaneously printing the unequal information of the failed content in a log mode.
Specifically, the database check refers to: in a request form, setting database information, namely setting the type of the database information as a database and a list required check table, and determining what a keyword end is, if the required storage number is larger than a certain threshold value, marking the database, when the basic data are set, carrying out database check on an execution result, firstly finding out whether the set table is a sublevel table or a single base table, if the single base table calls the single base to call a single base table execution method according to a key field to obtain a return result, if the storage number is marked, on the basis of the return result, whether the storage number is equal to a definition threshold value or not besides the check and the preset value information or not needs to be checked, and if the storage number with the mark is only required to check whether the corresponding return result is opposite to the preset result or not; if the sub-library table is called, the sub-library main key in the table is required to be installed to obtain a specific sub-library table, then the sub-library table execution method is called according to the key field to obtain a return result, if the storage number is marked, whether the storage number is equal to a definition threshold value or not is required to be checked besides checking whether the check sum preset value information is equal or not on the basis of the return result, and if the storage number is marked, only whether the corresponding return result is opposite to the preset result or not is required to be checked.
When the database and the cache are both set, and the storage attribute flag is set to be both stored, in addition to various storage checks, the data stored in the cache and the database needs to be compared, and whether the two sides of the storage are consistent is checked.
Illustratively, after the detecting whether the cache corresponding value and the database corresponding value respectively correspond to predetermined cache values, the method further includes:
and comparing the cache corresponding value with the database corresponding value, and judging whether the cache corresponding value is consistent with the database corresponding value.
The consistency check is marked on the basis of setting the cache and the database in the request form, except for checking the cache and the database information according to the method, the consistency processing flow comprises the following steps of firstly extracting the common key contents of the cache and the database in the service to form a standard object body, then putting the information obtained by the cache and the database into the object body, when the consistency checking process is executed, actually checking whether the two object bodies are consistent, if the consistency indicates success, the inconsistency indicates failure, and printing inconsistent information to facilitate later checking.
In practical application, considering that a large amount of message sending processing can not be found quickly in the final storage process query, the definition of the retry times and the time required is supported, so that the basic service function is enhanced to a greater extent, the retry times and the time are only required to be set in the request form before the call execution, and the mark information is taken by the execution process. If the data is not acquired within the specified time, the retry number is triggered again until the exit is reached.
Compared with the prior art, the automatic message testing method provided by the embodiment of the invention supports data initialization and also supports replacement processing of data in the data execution process. The user only needs to fill the message mechanism content, the replacement parameter and the check information into the initialization form and the request form according to the well-defined format requirement, and then continuously adopts the method or the device to operate, the message data can be automatically replaced in the execution process, the converted message is sent to the consumption end, and the corresponding machine execution conditions of the sending end and the consumption end can be clearly fed back.
In summary, with the method and the device for automatically testing messages provided by the embodiment of the present invention, only the message sending personnel needs to prepare the required data, the message sending content and the service scene flow, and verify the logic, and does not need to pay attention to other basic service processing, so that the resource investment cost of the testing personnel is effectively reduced, and the message sending efficiency and the message checking efficiency are improved.
An embodiment of the invention provides an automatic message testing device, which comprises a form establishing module, a structure body defining module, a filling module, a sending module and a matching module.
The form establishing module is used for establishing an initialization form and a request form; the initialization form is used for storing data required by message sending, and the request form is used for storing content required by execution.
And the structure body definition module is used for defining the message structure body in the request form.
And the filling module is used for filling the initialization form and the request form according to a preset format and a service scene.
And the sending module is used for converting the parameter information in the initialization form and the request form into a message to be sent and sending the message to be sent to a consumption end.
The matching module is used for searching and matching the returned logs according to preset keywords and searching whether the returned log contents have results which meet expectations or not; if so, the message is proved to be successfully consumed by the consuming end.
In this embodiment, the form establishing module, the structure defining module, and the filling module may compile a case based on an Excel form, and subsequent expansion supports a CVS format.
Storing message sending required data in an initialization form established by a form establishing module, wherein the initialization part stores activity types, commodity information, associated test case ids and the like by taking the activity content of a commodity use scene as an example; the request form stores the content required for execution, and the form field information comprises an initialization association ID, a message sending structure, verification content, cleaning data content and the like.
In the sending module, data is filled into two forms according to a specified format, wherein a special mark replaces a currently specified format $ { parameter name + execution ID } with a parameter, such as a commonly used activity ID, commodity information, time (supporting a timestamp or other time format or a service-specific time requirement), a series of temporary data can be generated by adding different timestamps to different activity prefixes in an initialization execution process according to types of preset activities, commodities and the like, wherein the execution ID is a serial number of a mark execution foot, and the data used in different operation processes is distinguished through the ID. The method is characterized in that a global storage Map format is adopted, the temporary data are stored in a static resource pool, a specific value is matched from a current storage memory array according to key + id as a prefix in the execution process, wherein the key is defined as activity, commodity, time and the like, the id is an execution process serial number, a plurality of real data (real values are obtained in a key + id mode) similar to original data (values of parameters representing values of a request process) can be stored on the basis of the above processing, and parameter information in the request and initialization is completely converted into the real data through a basic service package tool class.
The reason for adopting the MAP format is that a Key-Value pair format (Key/Value) of the MAP format is adopted, each Key is mapped to one Value, the message mechanism service Key is composed of { mid1} according to the required format + id, the Value can correspondingly store corresponding data along with the Key requirement, and therefore the fact that the Value is always the same when the Value is taken through the Key in the process every time is guaranteed, and other types of storage have no advantages.
After the message is sent, the matching module searches and searches the service group log according to the defined keywords. The method is characterized in that a public processing server method is defined, logging is carried out on a server in a SSH (secure Shell) mode, then the server enters an instruction directory log, whether the content of the returned log meets an expected result or not is searched according to a grep method in a splicing mode, if the content of the returned log does not meet the expected result, the message is not successfully sent, log printing related error reminding is used for checking that the message has a problem, and if the content of the returned log is found to prove that the message has been successfully consumed.
It should be noted that the above modules are executed based on an internally stored software application during running, and the applications stored by the above modules may be applications written based on pure java. If the java writing is adopted, other redundant technical components (only depending on or a message sdk) are not needed, the system to be tested does not need to be modified, and the use is simple and convenient.
Illustratively, the consumption end is provided with a data storage checking module for performing data storage checking according to the return log and the parameter information of the request form; the data storage check includes a cache check and/or a database check.
Illustratively, the data storage checking module comprises a cache checking unit and a database checking unit;
the cache checking unit is used for acquiring a cache corresponding value according to the cache information defined by the request form and detecting whether the cache corresponding value is consistent with a preset cache value or not;
and the database checking unit is used for checking the database, acquiring a corresponding value of the database according to the database information defined by the request form, and detecting whether the corresponding value of the database is consistent with a preset database value.
Illustratively, the consuming side has a consistency check module, configured to compare the cache corresponding value with the database corresponding value, and determine whether the cache corresponding value is consistent with the database corresponding value.
Compared with the prior art, the automatic message testing device provided by the embodiment of the invention supports data initialization and also supports replacement processing of data in the data execution process. The user only needs to fill the message mechanism content, the replacement parameter and the check information into the initialization form and the request form according to the well-defined format requirement, and then continuously adopts the method or the device to operate, the message data can be automatically replaced in the execution process, the converted message is sent to the consumption end, and the corresponding machine execution conditions of the sending end and the consumption end can be clearly fed back.
In summary, with the method and the device for automatically testing messages provided by the embodiment of the present invention, only the message sending personnel needs to prepare the required data, the message sending content and the service scene flow, and verify the logic, and does not need to pay attention to other basic service processing, so that the resource investment cost of the testing personnel is effectively reduced, and the message sending efficiency and the message checking efficiency are improved.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.
Claims (8)
1. An automatic message testing method, comprising:
establishing an initialization form and a request form; the initialization form is used for storing data required by message sending, and the request form is used for storing content required by execution;
defining a message structure in the request form;
filling the initialization form and the request form according to a preset format and a service scene;
converting the parameter information in the initialization form and the request form into a message to be sent, and sending the message to be sent to a consumption end;
searching and matching the returned logs according to preset keywords, and searching whether the contents of the returned logs have results which are in line with expectations; if so, the message is proved to be successfully consumed by the consuming end.
2. The message automatic test method of claim 1, further comprising:
sending the return log to the consumption end so that the consumption end performs data storage and verification according to the return log and the parameter information of the request form; the data storage check includes a cache check and/or a database check.
3. The method for automatically testing messages according to claim 2, wherein the performing data storage verification according to the return log specifically includes:
performing cache inspection, acquiring a cache corresponding value according to cache information defined by the request form, and detecting whether the cache corresponding value is consistent with a preset cache value; or
Performing database inspection, acquiring a corresponding value of a database according to database information defined by the request form, and detecting whether the corresponding value of the database is consistent with a preset database value; or
And performing cache check and database check, acquiring cache corresponding values and database corresponding values according to the cache information and database information defined by the request form, and detecting whether the cache corresponding values and the database corresponding values are respectively consistent with preset cache values.
4. The message automatic test method according to claim 3, after said detecting whether said cache corresponding value and said database corresponding value respectively coincide with predetermined cache values, further comprising:
and comparing the cache corresponding value with the database corresponding value, and judging whether the cache corresponding value is consistent with the database corresponding value.
5. An automatic message testing device, comprising:
the form establishing module is used for establishing an initialization form and a request form; the initialization form is used for storing data required by message sending, and the request form is used for storing content required by execution;
the structure body definition module is used for defining a message structure body in the request form;
the filling module is used for filling the initialization form and the request form according to a preset format and a service scene;
the sending module is used for converting the parameter information in the initialization form and the request form into a message to be sent and sending the message to be sent to a consumption end;
the matching module is used for searching and matching the returned logs according to preset keywords and searching whether the contents of the returned logs have results which meet expectations or not; if so, the message is proved to be successfully consumed by the consuming end.
6. The message automatic testing device of claim 5, wherein the consuming side is provided with a data storage checking module for checking data storage according to the return log and the parameter information of the request form; the data storage check includes a cache check and/or a database check.
7. The message automatic test device as claimed in claim 6, wherein the data storage check module comprises a cache check unit and a database check unit;
the cache checking unit is used for acquiring a cache corresponding value according to the cache information defined by the request form and detecting whether the cache corresponding value is consistent with a preset cache value or not;
and the database checking unit is used for checking the database, acquiring a corresponding value of the database according to the database information defined by the request form, and detecting whether the corresponding value of the database is consistent with a preset database value.
8. The apparatus for testing message automatically according to claim 5, wherein the consuming end has a consistency check module for comparing the cache corresponding value with the database corresponding value and checking whether the cache corresponding value and the database corresponding value are consistent.
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| CN117892703A (en) * | 2024-03-15 | 2024-04-16 | 青岛诺亚信息技术有限公司 | Implementation method and system for automatic association input function of physical and chemical forms |
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