CN102650967A - Centralization type remote debugging method of distributed information system - Google Patents
Centralization type remote debugging method of distributed information system Download PDFInfo
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Abstract
The invention discloses a centralization type remote debugging method of a distributed information system, which comprises the steps as follows: step 1, configuring each debugged application program in the distributed information system; step 2, entering a centralization type remote debugging mode; and step 3, sending out debugging orders remotely, and obtaining feedback debugging information. The scheme aims to solve various problems in the item joint debugging process of the distributed information system, the general technical scheme for centralization type remote debugging is provided, and the working efficiency is improved through the support of software tools and the guidance of the method. The scheme provided by the invention is commonly applicable to the developing and debugging processes of distributed information systems in various industry fields.
Description
Technical field
The present invention relates in a kind of uniting and adjustment process of distributed information system, to the implementation method of the centralized remote debugging of software systems.
Background technology
Utilize computer network to serve a common target to resource relationship such as the computer hardwares, software, data that are distributed in the different location together and realize intercoming mutually and resource sharing, just formed the distributed frame of infosystem.
On hardware view, distributed information system is made up of many computing machines, for example comprises database, CPU (server), terminal (workstation) etc.
The core of distributed information system is its software systems, specifically comprises distributed operating system, distributed program design language and compiling thereof (explanation) system, distributed file system and distributed data base system etc.
Distributed information system have geographic range cover wide, information point is many, software systems constitute complicated, the characteristics that debugging difficulty is high.
The uniting and adjustment of distributed information system are meant the program in many computing machines are united the interlock commissioning test, check operational process and operation result, and feed back to the commissioning staff through certain mode.
In the prior art; Uniting and adjustment to distributed information system; The main commissioning staff of dependence debugs to each engineering zone that many computing machines belong to; Have following problem: lack effective remote debugging instrument, existing remote debugging technology can not be supported the combined debugging in a plurality of zones of distributed information system; The Debugging message of each node independently lacks separately and cooperates; The personnel that participate in debugging work are more, waste of human resource, and the communication cost is higher.
Summary of the invention
Technical matters to be solved by this invention provides a kind of uniting and adjustment method of distributed information system; Realization is carried out centralized remote debugging to the program in many computing machines; And concentrate the debugging feedback information of collecting many computing machines, thereby help the commissioning staff in time to find the mistake and the problem of debugged system easily.
For solving the problems of the technologies described above, the centralized remote debugging method of distributed information system of the present invention comprises the steps:
The 1st step, each debugged application program in the configuring distributed infosystem;
In the 2nd step, get into centralized remote debugging pattern;
The 3rd step, the long-range Debugging message that sends debug command, obtains feedback.
Further, the centralized remote debugging method of said distributed information system also comprises: in the 4th step, collective analysis is from the Debugging message of each application program of distributed information system.
Further, the centralized remote debugging method of said distributed information system also comprises: in the 5th step, withdraw from centralized remote debugging pattern, get into normal operation mode.
Said the 1st step specifically comprises:
In the 1.1st step,, and debugging breakpoint and Debugging message are set in debugged application program the source code of the debugged application program of each computing machine of Debugging message module embedding distributed information system;
Said Debugging message module refers to be used to control the software module of the commissioning test state of debugged application program, in the source code of debugged application program, can be called;
Said debugging breakpoint is meant that under debugging mode debugged application program runs to breakpoint will get into waiting status, and end sends further instruction or debugged application program withdraws from up to debugging;
Said Debugging message is meant when debugged application program runs to breakpoint that the information to the debugging end sends comprises position, parameter that current debugged application program runs to;
Said debugging end refers to the debugged program that moves on the employed computing machine of commissioning staff.
In the 1.2nd step, debugged computing machine and application information are set at the debugging end;
Said debugged computing machine and application information comprise Computer IP address, computer name, application name and path, application program launching parameter.
Said the 2nd step specifically comprises:
In the 2.1st step, debugging end each debugged end in distributed information system sends the order that gets into debugging mode;
Said debugged end is meant the program on the computing machine debugged in the distributed information system, matches with the debugging end;
Debugged end is positioned on the different computing machines with the debugging end;
In the 2.2nd step, each debugged termination is taken in the order into debugging mode in the distributed information system;
In the 2.3rd step, each debugged end withdraws from normal mode, gets into debugging mode;
Said normal mode is meant that debugged end ignores debug command, the pattern of normal operation;
Said debugging mode is meant that debugged end begins to receive and handle the pattern of debug command, feedback Debugging message.
Said the 3rd step specifically comprises:
In the 3.1st step, debugging end each debugged end in distributed information system sends various debug commands;
Said debug command comprises debugging startup command, debugging the finish command, the order of debugging breakpoint succession, debugging breakpoint skip command; Wherein other outer debug command is called the debugging control order to the debug exception startup command with debugging the finish command;
Said debugging startup command is meant the order that starts debugged application program;
Said debugging the finish command is meant the order of closing debugged application program;
Said debugging breakpoint succession order is meant after debugged application program runs to debugging breakpoint entering debugging waiting status, lets program continue the order of operation;
Said debugging breakpoint skip command is meant ignores the order of debugging breakpoint.
In the 3.2nd step, debugged termination is received debug command;
In the 3.3rd step, debugged end sends Debugging message;
In the 3.4th step, the debugging termination is received the Debugging message that each debugged end sends in the distributed information system.
Said the 4th step specifically comprises:
In the 4.1st step, the debugging end is integrated the Debugging message that each debugged end sent in the distributed information system;
In the 4.2nd step, the debugging end sorts to Debugging message;
In the 4.3rd step, the debugging end is classified according to the NameSpace of Debugging message;
Said NameSpace is meant the information of being added in the Debugging message that debugged end sends; Be used for representing type, the grade of Debugging message; Perhaps do not have association between the different NameSpaces, perhaps be provided with the incidence relation of MS master-slave, be convenient to debug the inquiry and the analysis of end.
Said the 5th step specifically comprises:
In the 5.1st step, the debugging end sends the order of withdrawing from debugging mode;
In the 5.2nd step, debugged termination is received the order of withdrawing from debugging mode;
In the 5.3rd step, debugged end withdraws from debugging mode, gets into normal mode.
The centralized remote debugging method of distributed information system of the present invention can improve exploitation and commissioning staff to the work efficiency of the exploitation and the uniting and adjustment of distributed information system; Have normalized method of work and flow process, be of value to the standardized management of project; Be convenient to remote support, reduce operation and maintenance cost.This method also has good adaptability and versatility to the application system in different industries field.
Description of drawings
Fig. 1 is the structural representation of the distributed information system of one embodiment of the invention;
Fig. 2 is the process flow diagram of the centralized remote debugging method of distributed information system of the present invention.
Embodiment
See also Fig. 1, this is a schematically simple embodiment, and distributed information system comprises four computing machines on hardware view.Wherein have centralized debug client end (abbreviating the debugging end as) program on the debugging computer, and all possess debugged end program and one or more application program on each debugged computing machine.In each application program, all be embedded into the Debugging message module, this is a software module.Debugged end on debugging end on the debugging computer and each the debugged computing machine communicates, debugged end again with same computing machine on each Debugging message module communicate.When carrying out centralized remote debugging, the debugging end sends debug commands to one or more debugged ends, and each debugged end that receives order is controlled the debug process of the application program on this machine again.
See also Fig. 2, the centralized remote debugging method of distributed information system of the present invention comprises the steps:
The 1st step; Each debugged application program in the configuring distributed infosystem:, and debugging breakpoint and Debugging message are set in debugged application program earlier the source code of the debugged application program of each computing machine of Debugging message module embedding distributed information system; At the debugging end debugged computing machine and application information are set again.Said Debugging message module refers to be used to control the software module of the commissioning test state of debugged application program, in the source code of debugged application program, can be called.Said debugging breakpoint is meant that under debugging mode debugged application program runs to breakpoint will get into waiting status, and end sends further instruction or debugged application program withdraws from up to debugging.Said Debugging message is meant when debugged application program runs to breakpoint that the information to the debugging end sends comprises position, parameter that current debugged application program runs to.Said debugging end refers to the debugged program that moves on the employed computing machine of commissioning staff.Said debugged computing machine and application information comprise Computer IP address, computer name, application name and path, application program launching parameter.
In the 2nd step, get into centralized remote debugging pattern: the order that each debugged end transmission gets into debugging mode in distributed information system earlier of debugging end; Each debugged termination is taken in the order into debugging mode; Each debugged end withdraws from normal mode, gets into debugging mode.Said debugged end is meant the program on the computing machine debugged in the distributed information system, matches with the debugging end.Debugged end is positioned on the different computing machines with the debugging end.Said normal mode is meant that debugged end ignores debug command, the pattern of normal operation.Said debugging mode is meant that debugged end begins to receive and handle the pattern of debug command, feedback Debugging message.
In the 3rd step, the long-range Debugging message that sends debug command, obtains feedback: debugging end each debugged end in distributed information system sends various debug commands; Debugged termination is received debug command; Debugged end sends Debugging message to the debugging end; The debugging termination is received the Debugging message that each debugged end sends in the distributed information system.Said debug command comprises debugging startup command, debugging the finish command, the order of debugging breakpoint succession, debugging breakpoint skip command, and wherein other outer debug command is called the debugging control order to the debug exception startup command with debugging the finish command.Said debugging startup command is meant the order that starts debugged application program.Said debugging the finish command is meant the order of closing debugged application program.Said debugging breakpoint succession order is meant after debugged application program runs to debugging breakpoint entering debugging waiting status, lets program continue the order of operation.Said debugging breakpoint skip command is meant ignores the order of debugging breakpoint.
In the 4th step, collective analysis is from the Debugging message of each application program of distributed information system: the debugging end is integrated the Debugging message that each debugged end sent in the distributed information system; Debugging message is sorted; And classify according to the NameSpace of Debugging message.Said NameSpace is meant the information of being added in the Debugging message that debugged end sends; Be used for representing type, the grade of Debugging message; Perhaps do not have association between the different NameSpaces, perhaps be provided with the incidence relation of MS master-slave, be convenient to debug the inquiry and the analysis of end.
In the 5th step, withdraw from centralized remote debugging pattern, get into normal operation mode: the debugging end sends the order of withdrawing from debugging mode; Debugged termination is received the order of withdrawing from debugging mode; Debugged end withdraws from debugging mode, gets into normal mode.
Above-mentioned the 1st～2 step is the preparatory stage, and the 3rd～4 step was the debug phase, and the 5th step was ending phase.
Embodiment with a reality carries out example description below, and the present invention uses in certain subway comprehensively monitoring project.The distributed information system that this project adopts comprises 100 multiple servers and workstation; These computing machines are distributed in 17 zones (each station and parking lot), must uniting and adjustment comprehensively monitoring platform software on every station server and the workstation, multiple application program such as interlock program, rights management program, data services, data sync program.In the uniting and adjustment process, adopted centralized remote debugging method of the present invention, illustrate typical process below:
1. when developing each program component, in each application program of every computing machine, all embed the Debugging message module, debugging breakpoint and Debugging message are set in the main flow process of each application program and key position.Such as; Configuration synchronization function for the uniting and adjustment rights management; Must relate to rights management program and data sync program,, embed the Debugging message module so can submit in the synchronous triggering and feedback module of functional module and data sync in the configuration of rights management program;
2. through the centralized debug client end (debugging end) of control center, dispose debugged computing machine and program information; Such as, in information such as IP address of debugging end configuring authority management program and data sync program place computing machine and Program paths.
3. through centralized debug client end, convert debugged application program into debugging mode by normal mode.Such as, the rights management program is set and the data sync program is a debugging mode at debugging end.
4. pass through centralized debug client end, Start-up and Adjustment.If at this time debugged application program does not start as yet, start this application program automatically; Such as, in debugging end Start-up and Adjustment, the Start-up and Adjustment order that the debugging end sends rights management program and data sync program to debugged end, debugged end guarantees that these programs all start, and gets into debugged pattern.
5. through centralized debug client end, control the debugging progress of each debugged application program; Such as, being configured the modification back in debugging end control authority supervisory routine and getting into breakpoint, the data sync program gets into breakpoint in the place of waiting for synchronous triggering, rights management program and data sync program entering waiting status.The feedback Debugging message of integrating step 6 can further be debugged, and crosses present breakpoint such as order control authority supervisory routine and data sync program, continues to run until next breakpoint.
6. through centralized debug client end, observe the Debugging message of feedback, Debugging message is filtered and classify the current running status of analysis application, Bug or problem that discovery procedure exists through NameSpace; Such as, correctly whether the configuration of observing the rights management program at debugging end storage, and whether the data sync program receives correct trigger pip, and whether the sequential relationship between configuration and the triggering is normal etc.Uniting and adjustment are carried out in the control of integrating step 5.
7., can send debugging the finish command through centralized debug client end and withdraw from this debugging if application program does not withdraw from debug process; Such as, the data sync program belongs to the background program of long-time running, and the debugging end can send debugging the finish command to the debugging module of data sync program, and the data sync program withdraws from this debugging.The data sync program need not be restarted, and can continue normal operation, but but still is in debugging mode.
8. if application program withdraws from debug process automatically, then centralized debug client end prompting corresponding information, debugged end finishes this debugging automatically; Such as, there is bug in the data sync program, withdraw from unusually in the debug process, then debugged end finishes this debugging automatically.
9. if hope to debug next time, then can be through centralized debug client end Start-up and Adjustment; If debugging is accomplished, can let debugged application program withdraw from debugging mode through centralized debug client end, return normal mode.Such as, the debugging of rights management program and data sync program is accomplished, and debugging end sends debugging mode to their debugging module and exits command, but rights management program and data sync program withdraw from debugging mode, return normal mode.
10. through debugging repeatedly, help through the solution of program function checking and Bug and problem.
The above embodiments are to the comprehensive monitoring system of track traffic; But this is not a limitative examples; The present invention can be applied in the distributed information system environment of other industry; The invention is not restricted to these embodiment, under the prerequisite of the scope of the present invention that does not break away from the claim qualification, can carry out various modifications and variation.
Claims (8)
1. the centralized remote debugging method of a distributed information system is characterized in that, comprises the steps:
The 1st step, each debugged application program in the configuring distributed infosystem;
In the 2nd step, get into centralized remote debugging pattern;
The 3rd step, the long-range Debugging message that sends debug command, obtains feedback.
2. the centralized remote debugging method of distributed information system according to claim 1 is characterized in that, also comprises: in the 4th step, collective analysis is from the Debugging message of each application program of distributed information system.
3. the centralized remote debugging method of distributed information system according to claim 2 is characterized in that, also comprises: in the 5th step, withdraw from centralized remote debugging pattern, get into normal operation mode.
4. the centralized remote debugging method of distributed information system according to claim 1 is characterized in that, said the 1st step specifically comprises:
In the 1.1st step,, and debugging breakpoint and Debugging message are set in debugged application program the source code of the debugged application program of each computing machine of Debugging message module embedding distributed information system;
Said Debugging message module refers to be used to control the software module of the commissioning test state of debugged application program, in the source code of debugged application program, can be called;
Said debugging breakpoint is meant that under debugging mode debugged application program runs to breakpoint will get into waiting status, and end sends further instruction or debugged application program withdraws from up to debugging;
Said Debugging message is meant when debugged application program runs to breakpoint that the information to the debugging end sends comprises position, parameter that current debugged application program runs to;
Said debugging end refers to the debugged program that moves on the employed computing machine of commissioning staff.
In the 1.2nd step, debugged computing machine and application information are set at the debugging end;
Said debugged computing machine and application information comprise Computer IP address, computer name, application name and path, application program launching parameter.
5. the centralized remote debugging method of distributed information system according to claim 1 is characterized in that, said the 2nd step specifically comprises:
In the 2.1st step, debugging end each debugged end in distributed information system sends the order that gets into debugging mode;
Said debugged end is meant the program on the computing machine debugged in the distributed information system, matches with the debugging end;
Debugged end is positioned on the different computing machines with the debugging end;
In the 2.2nd step, each debugged termination is taken in the order into debugging mode in the distributed information system;
In the 2.3rd step, each debugged end withdraws from normal mode, gets into debugging mode;
Said normal mode is meant that debugged end ignores debug command, the pattern of normal operation;
Said debugging mode is meant that debugged end begins to receive and handle the pattern of debug command, feedback Debugging message.
6. the centralized remote debugging method of distributed information system according to claim 1 is characterized in that, said the 3rd step specifically comprises:
In the 3.1st step, debugging end each debugged end in distributed information system sends various debug commands;
Said debug command comprises debugging startup command, debugging the finish command, the order of debugging breakpoint succession, debugging breakpoint skip command; Wherein other outer debug command is called the debugging control order to the debug exception startup command with debugging the finish command;
Said debugging startup command is meant the order that starts debugged application program;
Said debugging the finish command is meant the order of closing debugged application program;
Said debugging breakpoint succession order is meant after debugged application program runs to debugging breakpoint entering debugging waiting status, lets program continue the order of operation;
Said debugging breakpoint skip command is meant ignores the order of debugging breakpoint.
In the 3.2nd step, debugged termination is received debug command;
In the 3.3rd step, debugged end sends Debugging message;
In the 3.4th step, the debugging termination is received the Debugging message that each debugged end sends in the distributed information system.
7. the centralized remote debugging method of distributed information system according to claim 2 is characterized in that, said the 4th step specifically comprises:
In the 4.1st step, the debugging end is integrated the Debugging message that each debugged end sent in the distributed information system;
In the 4.2nd step, the debugging end sorts to Debugging message;
In the 4.3rd step, the debugging end is classified according to the NameSpace of Debugging message;
Said NameSpace is meant the information of being added in the Debugging message that debugged end sends; Be used for representing type, the grade of Debugging message; Perhaps do not have association between the different NameSpaces, perhaps be provided with the incidence relation of MS master-slave, be convenient to debug the inquiry and the analysis of end.
8. the centralized remote debugging method of distributed information system according to claim 3 is characterized in that, said the 5th step specifically comprises:
In the 5.1st step, the debugging end sends the order of withdrawing from debugging mode;
In the 5.2nd step, debugged termination is received the order of withdrawing from debugging mode;
In the 5.3rd step, debugged end withdraws from debugging mode, gets into normal mode.
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| CN107070694A (en) * | 2017-01-16 | 2017-08-18 | 重庆金美通信有限责任公司 | A kind of method in distributed communication network medium-long range batch debugging route-exchanging device |
| CN108241545A (en) * | 2016-12-27 | 2018-07-03 | 中移(苏州)软件技术有限公司 | The adjustment method and device of the system failure |
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| CN114089702A (en) * | 2021-11-08 | 2022-02-25 | 浙江浙能技术研究院有限公司 | DCS (distributed control system) mobile debugging system and method |
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| CN103136363A (en) * | 2013-03-14 | 2013-06-05 | 曙光信息产业(北京)有限公司 | Inquiry processing method and cluster data base system |
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| CN104536838A (en) * | 2014-12-18 | 2015-04-22 | 中国电子科技集团公司第三十八研究所 | Remote debugging method and system with asynchronous monitoring function |
| CN108241545A (en) * | 2016-12-27 | 2018-07-03 | 中移(苏州)软件技术有限公司 | The adjustment method and device of the system failure |
| CN108241545B (en) * | 2016-12-27 | 2021-06-08 | 中移(苏州)软件技术有限公司 | Debugging method and device for system fault |
| CN107070694A (en) * | 2017-01-16 | 2017-08-18 | 重庆金美通信有限责任公司 | A kind of method in distributed communication network medium-long range batch debugging route-exchanging device |
| CN111782530A (en) * | 2020-06-30 | 2020-10-16 | 北京奇艺世纪科技有限公司 | Remote debugging method, device and system, electronic equipment and storage medium |
| CN111782530B (en) * | 2020-06-30 | 2023-10-10 | 北京奇艺世纪科技有限公司 | Remote debugging method, device, system, electronic equipment and storage medium |
| CN114089702A (en) * | 2021-11-08 | 2022-02-25 | 浙江浙能技术研究院有限公司 | DCS (distributed control system) mobile debugging system and method |
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