CN107220178B - Method for displaying diagnostic test result of server in quasi-real time - Google Patents
Method for displaying diagnostic test result of server in quasi-real time Download PDFInfo
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Abstract
The invention discloses a method for displaying a server diagnosis test result in quasi-real time, which comprises the following steps: A. recording and displaying diagnosis results: generating data to files and database tables, and updating the data information recorded in the database at regular time; B. analyzing and analyzing the data, and completing the following steps: 1) reading analysis request parameters; 2) checking the parameters, authenticating the service, and judging whether the request is legal or not and whether the authority is enough to check corresponding information or not; 3) operating a corresponding file or a database table, searching and reading the file according to a specific business rule, or executing SQL (structured query language), and performing logic operation on a result set; 4) operations related to database modification or file modification need to submit the database or store corresponding files, close file handles and the like; 5) after the service processing is finished, organizing the participation, and returning the state code and the result information of the operation to the calling party for the calling party to use; C. and (6) displaying the data.
Description
Technical Field
The invention relates to the technical field of diagnostic test of a server, in particular to a method for displaying diagnostic test results of the server in a quasi-real-time manner, which can conveniently display the data of the diagnostic test results and improve the production efficiency of a factory according to specific result information.
Background
In the diagnostic test processing mode in the prior art, only the diagnostic log data is recorded, and the defects exist as follows: the statistical analysis of the test results is troublesome, and the key information is inconvenient to count, so that the passing rate of a certain batch in the whole factory cannot be counted, and the modules are easy to cause problems and the reasons of the problems. In the informatization process of the factory, the production efficiency is influenced. Based on the problems, the method for displaying the server diagnosis result in the quasi-real time mode is provided.
Disclosure of Invention
The invention aims to solve the problems in the prior art and provides a method for displaying the diagnostic test result of a server in a quasi-real time manner; according to the invention, through quasi-real-time data display, the factory diagnosis test result can be conveniently checked, the passing rate of the whole factory can be conveniently counted and analyzed, and the modules are easy to go wrong.
The technical scheme for solving the technical problem of the invention is as follows:
a method for displaying the diagnostic test result of a server in quasi-real time comprises the following steps:
A. diagnostic result recording and presentation
Generating data to a file and a database table through the processing of a diagnosis main control program, recording diagnosis information to a file system and a database, and updating the recorded data information in the database at regular time so as to facilitate the accurate display of the data by the front end;
B. data analysis
The data analysis is completed by the following steps:
1) reading analysis request parameters according to request information of a front-end WEB page or an RESTFUL interface provided for a peripheral manufacturer;
2) checking the parameters, authenticating the request participation, and judging whether the request is legal or not and whether the authority is enough to check corresponding information or not;
3) operating corresponding files or database tables, searching and reading files according to specific rules, or executing SQL, and performing logic operation on the result set;
4) operations related to database modification or file modification need to submit the database or store corresponding files, close file handles and the like;
5) after the request processing is finished, organizing the participation, and returning the state code and the result information of the operation to the calling party for the calling party to use;
C. data presentation
The data display mainly deploys corresponding WEB services and modifies configuration files, and comprises the following contents:
1) deploying corresponding WEB services, deploying corresponding war packages to a WEB server, placing the war packages below a webapps directory, and then starting the WEB server;
2) and adjusting the log level, wherein the log level is divided into an INFO level, a WARNING level and an ERROR level, and the corresponding log level is adjusted according to the requirement.
The data information to be recorded in step a includes:
1) the main information of the server is that each machine is taken as a unit, is used for expressing information such as SN (serial number), machine type, diagnosis starting time, current diagnosis test items, test state, operator number and the like of the machine and is used for describing the diagnosis information of one machine on the whole;
2) test item state information, each test item recording a plurality of pieces; recording the name, the starting and ending time and the test state of a specific test item;
3) the detailed log information of the test items, one for each test item, records the specific diagnosis information of the test item, and is convenient for follow-up problem analysis and debugging;
4) the birth certificate of the machine records factory information of the machine, the factory information is generated through a special tool program, subsequent tracking and checking are facilitated, the information needs to be uploaded to a file server, and the information is recorded to a database;
5) when a problem occurs in the diagnosis process of the Debug information of the machine, a support program is called to generate the current Debug information of the machine, and the generated information is mainly used for analyzing and diagnosing the inconsistent problem;
6) and collecting information by one key, calling a corresponding insteps program, and generating detailed information of a webpage version machine, so that the information can be conveniently checked by customer service personnel or maintenance personnel.
The above data information storage media mainly include two major types in form:
1) file storage: based on the mass storage capacity of the file storage system, the information is convenient to count by matching with the existing big data solution;
2) a database: the planning table model records the diagnostic information of the machine from different maintenance, the part of data is classified according to the service in near real time, and the step B is mainly divided into the following major services:
1) providing the diagnostic states of all machines in the current diagnosis, supporting the timing refreshing, and highlighting the data corresponding to the abnormal test state by corresponding colors;
2) the query function is supported, and the query of various conditions is supported, such as the query of order number, specific SN, operator, retest or not and test time;
3) the advanced functions of cleaning logs and restarting or shutting down in batches are supported;
4) and statistical information supporting the current diagnosis information comprises a passing rate, a one-time passing rate, diagnosis machine type statistics and the working efficiency of an operator.
In order to ensure convenient expansion and customization of the system, the data of a plurality of service types in the step B support configuration files, if the corresponding configuration information is adjusted and directly modified; the respective configuration file includes:
1) setting database connections
In order to ensure the efficiency and stability of diagnosis, a database connection pool mode is adopted, the database connection is cached, and the pressure of the database is reduced;
the address, the account and the password connected with the database are stored in an encrypted file mode, and corresponding tools are provided for modification, so that different production lines can be conveniently deployed, and the security of core data is facilitated;
in order to ensure the stable operation of the corresponding server, heartbeat processing is required to be added in the configuration of the database, so that the risk that the database connection is not required to be invalid for a long time is prevented;
2) setting the number of paging strips;
3) setting the number of days for filtering data of the home page;
4) setting off-line time, and marking the data which is not updated for a long time as off-line;
5) generating a password of the compressed packet;
6) adjusting corresponding statistical query statements;
the steps mainly relate to the adjustment of SQL sentences, the adjustment of logic is simpler, and the SQL file processing can be directly adjusted to modify the SQL map. xml files; the change is larger or larger, and a corresponding program version is required to be provided, upgraded and released again.
The data display in step C is mainly represented by the following two forms:
1) displaying the result in a WEB webpage form and supporting real-time refreshing;
2) the function of the interface call is provided in the form of an API of restul.
The invention has the beneficial effects that:
1. the method for displaying the diagnostic test result of the server in the quasi-real time can realize the recording of the diagnostic result firstly, record information into a database by a diagnostic test program according to the specific test result, and update the database information in the quasi-real time. Through data analysis, the background processing program needs to perform statistical analysis on key information, perform statistics on different information according to specific service requirements, and return the information in the form of a web interface. And displaying data in different formats and styles according to different business requirements through data display. The main monitoring display interface can refresh the request interface data at regular time so as to achieve the aim of quasi-real time and improve the production efficiency. The method solves the problems that in a diagnosis test processing mode in the prior art, diagnosis log data are only recorded, the statistics and analysis of test results are troublesome, the key information is inconvenient to count, the passing rate of a certain batch of the whole factory and modules are easy to go wrong and the reasons of the problems cannot be counted.
2. Through accurate real-time data show, the diagnostic test result of mill that looks over that can be convenient, the throughput of convenient statistical analysis whole mill, which modules go wrong easily, according to these information, can follow the manufacturing situation of the whole mill of macroscopical and the different dimension analysis of microcosmic, can be accurate to different links, improve production efficiency.
Drawings
FIG. 1 is a framework flow diagram of the present invention.
Detailed Description
For a better understanding of the present invention, embodiments thereof are explained in detail below with reference to the accompanying drawings.
With reference to fig. 1, a method for displaying a server diagnosis test result in quasi-real time includes the following steps:
A. diagnostic result recording and presentation
Generating data to a file and a database table through the processing of a diagnosis main control program, recording diagnosis information to a file system and a database, and updating the recorded data information in the database at regular time so as to facilitate the accurate display of the data by the front end;
the data information to be recorded includes:
1) the main information of the server is one for each machine, taking the machine as a unit. The SN of the machine, the model, the diagnosis starting time, the current diagnosis test item, the test state, the operator number and other information are represented. Diagnostic information describing a machine as a whole;
2) test item status information, each test item recording a plurality of pieces. Recording the name, the starting and ending time and the test state of a specific test item;
3) the detailed log information of the test items, one for each test item, records the specific diagnosis information of the test item, and is convenient for follow-up problem analysis and debugging;
4) the birth certificate of the machine records the factory information of the machine, and is generated through a special tool program, so that the follow-up tracking and checking are facilitated. The information needs to be uploaded to a file server, and the information is recorded to a database;
5) when a problem occurs in the diagnosis process of the Debug information of the machine, a support program is called to generate the current Debug information of the machine. The information is generated mainly for analyzing and diagnosing the inconsistency problem;
6) collecting information by one key, calling a corresponding insteps program, and generating a piece of detailed information of a webpage version machine, so that a customer service or maintenance personnel can conveniently check the information;
the above data information storage media mainly include two major types in form:
1) file storage: based on the mass storage capacity of the file storage system, the existing big data solution is matched. The information is convenient to count;
2) a database: the planning table model records the diagnostic information of the machine from different maintenance records, the data of the part is updated in a quasi-real-time manner, and the query and statistics are more convenient;
B. data analysis
The part is an intermediate link and plays a role in bearing up and down; the data analysis is completed by the following steps:
1) reading analysis request parameters according to request information of a front-end WEB page or an RESTFUL interface provided for a peripheral manufacturer;
2) checking the parameters, authenticating the request participation, and judging whether the request is legal or not and whether the authority is enough to check corresponding information or not;
3) operating corresponding files or database tables, searching and reading files according to specific rules, or executing SQL, and performing logic operation on the result set;
4) operations related to database modification or file modification need to submit the database or store corresponding files, close file handles and the like;
5) after the request processing is finished, the participation is organized, and the state code and the result information of the operation are returned to the calling party for the calling party to use.
In order to ensure convenient expansion and customization of the system, data of a plurality of service types support configuration files, if corresponding configuration information is adjusted and directly modified; the respective configuration file includes:
1) setting database connections
In order to ensure the efficiency and stability of diagnosis, a database connection pool mode is adopted, the database connection is cached, and the pressure of the database is reduced;
the address, account number and password of database connection are stored in the form of encrypted file, and provide corresponding tool modification. The deployment of different production lines and the safety of core data are facilitated;
in order to ensure the stable operation of the corresponding server, heartbeat processing is required to be added in the configuration of the database, so that the risk that the database connection is not required to be invalid for a long time is prevented;
2) setting the number of paging strips;
3) setting the number of days for filtering data of the home page;
4) setting off-line time, and marking the data which is not updated for a long time as off-line;
5) generating a password of the compressed packet;
6) adjusting corresponding statistical query statements;
the part mainly relates to the adjustment of SQL statements, the adjustment of logic is simpler, and the SQL file processing can be directly adjusted to modify the SQL map. The change is large, or the adjustment is large, and developers are also required to provide corresponding program versions, upgrade again and release.
C. Data presentation
The data display mainly deploys corresponding WEB services and modifies configuration files, and comprises the following contents:
1) deploying corresponding WEB service and deploying corresponding war package to WEB server
And placing the war package below the webapps directory, and then starting the WEB server.
2) Adjust log level, etc
The log level is divided into three levels, INFO, WARNING, ERROR. The corresponding log level may be adjusted as needed. The log level is low, and the running efficiency of the program is influenced by too many printed logs.
The data presentation is mainly represented by two forms:
1) displaying the result in a WEB webpage form and supporting real-time refreshing;
2) the function of the interface call is provided in the form of an API of restul.
According to the service classification, the following major services are mainly classified:
1) providing the diagnostic states of all machines in the current diagnosis, supporting the timing refreshing, and highlighting the data corresponding to the abnormal test state by corresponding colors;
2) support for query functions. Supporting the inquiry of various conditions, such as the inquiry of the order number, the specific SN, the operator, whether to retest, the test time and other conditions;
3) the advanced functions of cleaning logs and restarting or shutting down in batches are supported;
4) statistical information supporting the current diagnosis information comprises a passing rate, a one-time passing rate, diagnosis machine type statistics, the working efficiency of an operator and the like.
Although the embodiments of the present invention have been described with reference to the accompanying drawings, the scope of the present invention is not limited thereto, and various modifications and variations which do not require inventive efforts and which are made by those skilled in the art are within the scope of the present invention.
Claims (4)
1. A method for displaying a server diagnosis test result in quasi-real time is characterized by comprising the following steps:
A. diagnostic result recording and presentation
Generating data to a file and a database table through the processing of a diagnosis main control program, recording diagnosis information to a file system and a database, and updating the recorded data information in the database at regular time so as to facilitate the accurate display of the data by the front end;
B. data analysis
The data analysis is completed by the following steps:
1) reading analysis request parameters according to request information of a front-end WEB page or an RESTFUL interface provided for a peripheral manufacturer;
2) checking the parameters, authenticating the request participation, and judging whether the request is legal or not and whether the authority is enough to check corresponding information or not;
3) operating a corresponding file or a database table, searching and reading the file according to a specific rule, or executing SQL (structured query language) and performing logical operation on the result set;
4) the operation of modifying the database or modifying the file is involved, the database needs to be submitted or the corresponding file needs to be saved, and the file handle is closed;
5) after the request processing is finished, organizing the participation, and returning the state code and the result information of the operation to the calling party for the calling party to use;
C. data presentation
The data display mainly deploys corresponding WEB services and modifies configuration files, and comprises the following contents:
1) deploying corresponding WEB services, deploying corresponding war packages to a WEB server, placing the war packages below a webapps directory, and then starting the WEB server;
2) adjusting the log level, wherein the log level is divided into three levels, namely INFO, WARNING and ERROR, and the corresponding log level is adjusted according to the requirement;
the data information to be recorded in step a includes:
1) the main information of the server is that each machine is taken as a unit, is used for expressing information such as SN (serial number), machine type, diagnosis starting time, current diagnosis test items, test state, operator number and the like of the machine and is used for describing the diagnosis information of one machine on the whole;
2) test item state information, each test item recording a plurality of pieces; recording the name, the starting and ending time and the test state of a specific test item;
3) the detailed log information of the test items, one for each test item, records the specific diagnosis information of the test item, and is convenient for follow-up problem analysis and debugging;
4) the birth certificate of the machine records factory information of the machine, the factory information is generated through a special tool program, subsequent tracking and checking are facilitated, the information needs to be uploaded to a file server, and the information is recorded to a database;
5) when a problem occurs in the diagnosis process of the Debug information of the machine, a support program is called to generate the current Debug information of the machine, and the generated information is mainly used for analyzing and diagnosing the inconsistent problem;
6) collecting information by one key, calling a corresponding insteps program, and generating a piece of detailed information of a webpage version machine, so that a customer service or maintenance personnel can conveniently check the information;
the data display in step C is mainly represented by the following two forms:
1) displaying the result in a WEB webpage form and supporting real-time refreshing;
2) providing a function called by an interface in the form of an API of RESTFUL;
the step B is mainly divided into the following services:
1) providing the diagnostic states of all machines in the current diagnosis, supporting the timing refreshing, and highlighting the data corresponding to the abnormal test state by corresponding colors;
2) the query function is supported, and the query of various conditions is supported, such as the query of order number, specific SN, operator, retest or not and test time;
3) the advanced functions of cleaning logs and restarting or shutting down in batches are supported;
4) and statistical information supporting the current diagnosis information comprises a passing rate, a one-time passing rate, diagnosis machine type statistics and the working efficiency of an operator.
2. The method as claimed in claim 1, wherein the data information storage medium mainly includes two types in form:
file storage: based on the mass storage capacity of the file storage system, the information is convenient to count by matching with the existing big data solution;
a database: the planning table model records the diagnosis information of the machine from different dimensions, and updates the diagnosis information to the database in a quasi-real-time manner, so that query statistics is facilitated.
3. The method according to claim 1, wherein in order to ensure convenient expansion and customization of the system, the data of a plurality of service types in the step B support configuration files, if the corresponding configuration information is adjusted or modified directly; the respective configuration file includes:
1) setting database connections
In order to ensure the efficiency and stability of diagnosis, a database connection pool mode is adopted, the database connection is cached, and the pressure of the database is reduced;
the address, the account and the password connected with the database are stored in an encrypted file mode, and corresponding tools are provided for modification, so that different production lines can be conveniently deployed, and the security of core data is facilitated;
in order to ensure the stable operation of the corresponding server, heartbeat processing is required to be added in the configuration of the database, so that the risk that the database connection is not required to be invalid for a long time is prevented;
2) setting the number of paging strips;
3) setting the number of days for filtering data of the home page;
4) setting off-line time, and marking the data which is not updated for a long time as off-line;
5) generating a password of the compressed packet;
6) and adjusting the corresponding statistical query statement.
4. The method according to claim 3, wherein the step B mainly involves the adjustment of SQL statements, 1) the logic is simpler to adjust, and the sqlMap.xml file is modified by directly adjusting the SQL file processing; 2) the change is larger or larger, and a corresponding program version is required to be provided, upgraded and released again.
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| CN113392026B (en) * | 2021-07-07 | 2023-12-19 | 北京智慧星光信息技术有限公司 | Interface automatic test method, system, electronic equipment and storage medium |
| CN114461490B (en) * | 2021-12-31 | 2023-05-30 | 广东航宇卫星科技有限公司 | Fortune dimension aggregation system |
| CN114546942B (en) * | 2022-01-28 | 2024-01-19 | 苏州浪潮智能科技有限公司 | Database data reading method, device, terminal and storage medium |
| CN118093252A (en) * | 2024-04-28 | 2024-05-28 | 浪潮云信息技术股份公司 | Database diagnosis method and device of cloud platform |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20120085467A (en) * | 2011-01-24 | 2012-08-01 | 엘지엔시스(주) | Automated machine having self diagnosing error function and method for diagnosing error |
| CN103236019A (en) * | 2013-04-08 | 2013-08-07 | 中国科学院广州能源研究所 | Method and system for automatically generating energy-saving diagnosis and modification strategy for typical energy-consuming system |
| CN105930410A (en) * | 2016-04-18 | 2016-09-07 | 南京邮电大学 | Data service bus architecture used for data transmission of Internet of Things |
| CN106055466A (en) * | 2015-04-13 | 2016-10-26 | 中兴通讯股份有限公司 | Method for implementing server testing, testing server and to-be-tested server |
| CN106357799A (en) * | 2016-10-20 | 2017-01-25 | 杭州东方通信软件技术有限公司 | Service bus intermediate system and calling method thereof |
| CN106371958A (en) * | 2016-08-31 | 2017-02-01 | 浪潮电子信息产业股份有限公司 | Server fault diagnosis system and method |
-
2017
- 2017-05-26 CN CN201710385556.0A patent/CN107220178B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20120085467A (en) * | 2011-01-24 | 2012-08-01 | 엘지엔시스(주) | Automated machine having self diagnosing error function and method for diagnosing error |
| CN103236019A (en) * | 2013-04-08 | 2013-08-07 | 中国科学院广州能源研究所 | Method and system for automatically generating energy-saving diagnosis and modification strategy for typical energy-consuming system |
| CN106055466A (en) * | 2015-04-13 | 2016-10-26 | 中兴通讯股份有限公司 | Method for implementing server testing, testing server and to-be-tested server |
| CN105930410A (en) * | 2016-04-18 | 2016-09-07 | 南京邮电大学 | Data service bus architecture used for data transmission of Internet of Things |
| CN106371958A (en) * | 2016-08-31 | 2017-02-01 | 浪潮电子信息产业股份有限公司 | Server fault diagnosis system and method |
| CN106357799A (en) * | 2016-10-20 | 2017-01-25 | 杭州东方通信软件技术有限公司 | Service bus intermediate system and calling method thereof |
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