CN105677433A - Hot upgrading method and device for server program - Google Patents
Hot upgrading method and device for server program Download PDFInfo
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- CN105677433A CN105677433A CN201610146666.7A CN201610146666A CN105677433A CN 105677433 A CN105677433 A CN 105677433A CN 201610146666 A CN201610146666 A CN 201610146666A CN 105677433 A CN105677433 A CN 105677433A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/60—Software deployment
- G06F8/65—Updates
Abstract
The invention discloses a hot upgrading method and device for a server program.The hot upgrading method for the server program includes the steps that when the server program is upgraded, a server controls a processing instance A operating currently to stop receiving a service request and continue to process a service request being processed; the server sets up a new processing instance B through the upgraded server program to process a service request received by the processing instance B; after the processing instance A processes the service request, the server controls the processing instance A to exit, and hot upgrading of the server program is completed.The invention further discloses a hot upgrading method for the server program.When the server program is upgraded, restarting is not needed, it is ensured that service connection is not interrupted, a user does not perceive upgrading of the server program, furthermore, as restarting is not needed for upgrading, and it is avoided that data is lost or abnormal as files and other operations are forced to be interrupted during restarting.
Description
Technical field
The present invention relates to field of computer technology, particularly relate to method and the device of the upgrading of server program heat.
Background technology
Development along with network technology, background server effect in whole network environment is increasing, but simultaneously along with the development of network technology, user's request is also in continuous development, being continually changing and developing along with user's request, requirement for net background server is also more and more higher, and the function that net background server has simultaneously is also being constantly updated, and this makes net background server program need constantly to carry out upgrading to meet the demand of client.
In prior art, background server program is upgraded when restarting every time, can instantaneous disconnect, causing the disconnecting serviced, affect the experience of client, the moment file operation simultaneously restarted etc. is all forced to interrupt, data can be caused to lose on a small quantity, operating half for critical data time serious to interrupt, the integrity directly contributing data can not get ensureing, causes the situation such as loss of data or data exception.
Connecting background server to carry out user register operation for client, when user by client connect background server carry out user register operation time, if just running into background server to restart upgrading, then client will be pointed out user to be connected with background server according to connection status to disconnect, and before background server is restarted, user will be unable to connect background server again and carries out subsequent operation, after background server upgrading is restarted, owing to background server is upgraded again, therefore, user needs to re-start the user's register flow path having be carried out, and due to the moment of Server Restart upgrading, file operations etc. are all forced to interrupt, therefore, user is likely to register flow path possibly and cannot correctly go on.
After filling in the key messages such as user name when user carries out register flow path in another kind of situation, background server restarts upgrading, background server and write into Databasce has been uploaded fill in the key messages such as user name due to user after, therefore, after background server restarts upgrading, user re-starts user's register flow path, when user uses identical user name registration, because having there is this user name record in background server, therefore user will obtain the prompting that this user name has been registered, but the relevant information of this user name is incomplete in background server, namely user cannot normally use this user name to log in, this user name is made to become dereliction user name, occupying system resources, also make user can not use oneself satisfied user name simultaneously.
Summary of the invention
Present invention is primarily targeted at the method that the upgrading of a kind of server program heat is provided, it is intended to when the upgrading of settlement server program is restarted, loss of data causes the incomplete technical problem of data.
For achieving the above object, the present invention provides a kind of method that server program heat is upgraded, and the method for described server program heat upgrading comprises the following steps:
When server program is upgraded, the process example A that server controls is currently running stops receiving service request, and continues with the service request processed;
Server creates the new example B that processes by the server program after upgrading and processes the described process example B service request received;
After described process example A processes finishing service request, processing example A and exit described in server controls, server program heat has been upgraded.
Preferably, described when server program is upgraded, the process example A that server controls is currently running stops receiving service request, and the step continuing with the service request processed includes:
When server program is upgraded, the finger daemon of described server program closes the receive capabilities processing example A being currently running, make described process example A stop receiving service request, control described process example A simultaneously and continue with the service request processed.
Preferably, the step that described server creates the subsequently received service request of new process example B process by the server program after upgrading includes:
The finger daemon of described server program creates new process example B by the server program after upgrading, and is bundled on service request access port by described process example B, controls described process example B simultaneously and receives service request and process.
Preferably, described when server program is upgraded, the process example A that server controls is currently running stops receiving service request, and the step continuing with the service request processed also includes:
When server program is upgraded, server controls Access Layer no longer sends service request to the process example A being currently running, and the example A that processes simultaneously controlling to be currently running continues with the service request processed.
Preferably, the step that described server creates the new process example B described process example B of the process service request received by the server program after upgrading also includes:
Server creates new process example B by the server program after upgrading, and controls Access Layer and the service request received is sent to described process example B, controls described process example B simultaneously and receives service request and process.
Additionally, for achieving the above object, the present invention also provides for the device of a kind of server program heat upgrading, and the device of described server program heat upgrading includes:
Stopping receiver module, for when server program is upgraded, the process example A controlling to be currently running stops receiving service request, and continues with the service request processed;
New example creation module, processes the described process example B service request received for creating the new example B that processes by the server program after upgrading;
Completing to exit module, for, after described process example A processes finishing service request, controlling described process example A and exit, server program heat has been upgraded.
Preferably, described stopping receiver module including:
Close and receive unit, for when server program is upgraded, control finger daemon and close the receive capabilities processing example A being currently running, make described process example A stop receiving service request, control described process example A simultaneously and continue with the service request processed.
Preferably, described new example creation module includes:
Create binding unit, create new process example B for controlling finger daemon by the server program after upgrading, and described process example B is bundled on service request access port, control described process example B simultaneously and receive service request and process.
Preferably, described stopping receiver module also including:
Stopping service request transmitting element, for when server program is upgraded, controlling Access Layer and no longer send service request to the process example A being currently running, the example A that processes simultaneously controlling to be currently running continues with the service request processed.
Preferably, described new embodiment creation module also includes:
Create retransmission unit, for creating new process example B by the server program after upgrading, control Access Layer and the service request received is sent to described process example B, control described process example B simultaneously and receive service request and process.
The method of a kind of server program heat upgrading that the embodiment of the present invention proposes and device, new process instance processes follow-up business request is created by server program after using upgrading, the complete service request backed off after random being presently processing of old process instance processes simultaneously, when ensureing server program upgrading, data are not lost, achieve the upgrading of server program heat, ensure that the integrity of data when server program is upgraded simultaneously, and transparent during due to heat upgrading for user, the impact in experience will not be brought to user.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the first embodiment of the method for server program heat of the present invention upgrading;
Fig. 2 is the schematic flow sheet of the second embodiment of the method for server program heat of the present invention upgrading;
Fig. 3 is the schematic flow sheet of the 3rd embodiment of the method for server program heat of the present invention upgrading;
Fig. 4 is the high-level schematic functional block diagram of the first embodiment of the device of server program heat of the present invention upgrading;
Fig. 5 is the high-level schematic functional block diagram of the second embodiment of the device of server program heat of the present invention upgrading;
Fig. 6 is the high-level schematic functional block diagram of the 3rd embodiment of the device of server program heat of the present invention upgrading;
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
The primary solutions of the embodiment of the present invention is: when server program is upgraded, and the process example A that server controls is currently running stops receiving service request, and continues with the service request processed; Server creates the new example B that processes by the server program after upgrading and processes the described process example B service request received; After described process example A processes finishing service request, processing example A and exit described in server controls, server program heat has been upgraded.
Carry out owing to requiring over to restart when prior art server program is upgraded, when disconnecting when server program restarts upgrading, cause the disconnecting serviced, and cause loss of data, make data integrity can not be guaranteed.
The present invention provides a solution, server program is made to be no longer necessary to when upgrading restart, and carry out heat upgrading, when ensureing server program upgrading, service is not interrupted, thus avoiding the loss of data caused owing to service disruption moment file operation etc. is forced to interrupt, further ensure the integrity of data.
With reference to Fig. 1, the first embodiment of the method for server program heat of the present invention upgrading, the method for described server program heat upgrading includes:
Step S100, when server program is upgraded, the process example A that server controls is currently running stops the request of accepting business, and continues with the service request processed.
When server program is upgraded, server does not interrupt the operation processing example A and old process example being currently running, control described process example A to continue the service request processed is processed, for avoiding new service request to have described process example A process, therefore described process example A no longer receives new service request.
Step S200, creates the new example B that processes by the server program after upgrading and processes the described process example B service request received.
Server creates new process example B, described process example B and creates according to the server program after upgrading, after creating described process example B, control described process example B and process subsequently received Business Processing, when ensureing server program upgrading, continual service, make client's unaware.
Step S300, after described process example A processes finishing service request, processes example A and exits described in server controls, server program heat has been upgraded.
After described process example A finishing service request processes, processing example A described in server controls to exit, server program completes heat upgrading, and subsequently received Business Processing is by described process example B process, namely, after having upgraded, only exist described process example B and service request is processed. Predictable, after described process example A exits, the resource that release is shared.
In the present embodiment, when server program is upgraded by setting up new service request process example reception follow-up business request, simultaneously old service request processes example and continues with the service request processed, when server program is upgraded, need not restart, ensure that service connection does not interrupt simultaneously, user is made server program to be upgraded unaware, further, upgrade owing to restarting, operate, thus without file when occurring restarting etc., the situation being forced interruption and cause loss of data.
Further, with reference to Fig. 2, second embodiment of the method for server program heat of the present invention upgrading, based on the embodiment shown in above-mentioned Fig. 1, described step S100, when server program is upgraded, the process example A that server controls is currently running stops receiving service request, and continues with the service request processed:
Step S110, when server program is upgraded, server controls finger daemon closes the receive capabilities processing example A being currently running, and makes described process example A stop receiving service request, controls described process example A simultaneously and continue with the service request processed.
Process instance management for convenience, when server program is upgraded, server controls finger daemon is managed processing example traffic request receive capabilities, close the receive capabilities processing example A being currently running, described process example A is made no longer to receive follow-up business request, but described process example A continues to process the service request processed, it is ensured that the service connection of user does not interrupt, the unaware so that server program is upgraded by user.
Described step S200, server creates the new example B described process example B of the process service request received that processes by the server program after upgrading and includes:
Step S210, the finger daemon of described server program creates new process example B by the server program after upgrading, and is bundled on service request access port by described process example B, controls described process example B simultaneously and receives service request and process.
For ensureing that server program continues to provide follow-up business request to process service, therefore server controls finger daemon creates new process example B by the server program after upgrading, and described process example B is bundled on service request access port, control simultaneously processes example B and receives service request, and service request is processed.
When being embodied as, the step that is embodied as of the present embodiment includes:
1, finger daemon monitoring signal;
2, when described finger daemon listens to upgrade signal, ask port to start new carrying out in identical services and process new service request, namely create new process example, and be bundled on service request port;
3, close current process and connect reception, when current process completes the request backed off after random that processing, namely disconnect old process example and connect, make old process example no longer receive Business Processing request, old process example continues with the service request processed simultaneously, has processed backed off after random.
In the present embodiment, based on the advantage described in a upper embodiment, it is managed processing example by finger daemon, when server program is upgraded, by finger daemon unified management, further such that the switching between process example is more smooth, it is ensured that during server program upgrading, Business Processing is not interrupted, avoid restarting the loss of data upgraded and bring or the problem made mistakes simultaneously.
Further, with reference to Fig. 3,3rd embodiment of the method for server program heat of the present invention upgrading, based on the embodiment shown in above-mentioned Fig. 1, described step S100, when server program is upgraded, the process example A that server controls is currently running stops receiving service request, and continues with the service request processed:
Step S120, when server program is upgraded, server controls Access Layer no longer sends service request to the process example A being currently running, and the example A that processes simultaneously controlling to be currently running continues with the service request processed.
Server program is layered as Access Layer and back-end services layer, wherein, Access Layer is used for and client communication, receive the service request of client transmission and described service request is sent to back-end services layer, back-end services layer employing processes the mode of example and provides Business Processing support, when server program is upgraded, server controls Access Layer stops sending service request to the process example being currently running, and stop to processing example A transmission service request, simultaneously for ensureing that Business Processing is not interrupted, control simultaneously processes example A and continues with the service request processed.
Described step S200, server creates the new example B described process example B of the process service request received that processes by the server program after upgrading and includes:
Step S220, server creates new process example B by the server program after upgrading, and controls Access Layer and the service request received is sent to described process example B, controls received service request by described process example B and process simultaneously.
Server creates new Business Processing example by the server program after upgrading, namely example B is processed, control Access Layer and the service request received is sent to described process example B, described process example B receives service request, and described service request is processed, enable new service request in the process that server program upgrades successfully to be received and to process.
When being embodied as, for same station server, the present embodiment is embodied as step and includes:
1, same station server is adopted the plan implementation that Access Layer separates with back-end services;
2, when server program is upgraded, disposing two and process rear end example, Access Layer control to lead on new process rear end example by request flow, new process rear end example receives service request and described service request is processed;
3, old process rear end example continues with the service request processed, when the data backed off after random having processed current process.
In the present embodiment, based on the advantage described in a upper embodiment, it is allocated by Access Layer service request, when making server program upgrade, by process example new for new service request guiding so that process the switching between example more smooth, when ensureing server program upgrading, Business Processing is not interrupted, the loss of data simultaneously avoiding restarting upgrading and bring or the problem made mistakes, further, it is achieved that the link on a station server switches the switching with data service.
With reference to Fig. 4, the first embodiment of the device of server program heat of the present invention upgrading, the device of described server program heat upgrading includes:
Stopping receiver module 100, for when server program is upgraded, the process example A controlling to be currently running stops receiving service request, and continues with the service request processed.
When server program is upgraded, stop the operation processing example A and old process example that receiver module 100 does not interrupt being currently running, control described process example A to continue the service request processed is processed, for avoiding new service request to have described process example A process, therefore described process example A no longer receives new service request.
New example creation module 200, processes the described process example B service request received for creating the new example B that processes by the server program after upgrading.
New example creation module 200 creates new process example B, described process example B creates according to the server program after upgrading, after creating described process example B, control described process example B and process subsequently received Business Processing, when ensureing server program upgrading, continual service, makes client's unaware.
Completing to exit module 300, for, after described process example A processes finishing service request, controlling described process example A and exit, server program heat has been upgraded.
After described process example A finishing service request processes, complete to exit module 300 control process example A to exit, server program completes heat upgrading, subsequently received Business Processing is by described process example B process, namely, after having upgraded, only exist described process example B and service request is processed. Predictable, after described process example A exits, the resource that release is shared.
In the present embodiment, when server program is upgraded by setting up new service request process example reception follow-up business request, simultaneously old service request processes example and continues with the service request processed, when server program is upgraded, need not restart, ensure that service connection does not interrupt simultaneously, user is made server program to be upgraded unaware, further, upgrade owing to restarting, operate, thus without file when occurring restarting etc., the situation being forced interruption and cause loss of data.
Further, with reference to Fig. 5, the second embodiment of the device of server program heat of the present invention upgrading, based on the embodiment shown in above-mentioned Fig. 4, described stopping receiver module 100 includes:
Close and receive unit 110, for when server program is upgraded, control finger daemon and close the receive capabilities processing example A being currently running, make described process example A stop receiving service request, control described process example A simultaneously and continue with the service request processed.
Process instance management for convenience, when server program is upgraded, it is managed processing example traffic request receive capabilities by the finger daemon of described server program, close the receive capabilities processing example A being currently running, described process example A is made no longer to receive follow-up business request, but described process example A continues to process the service request processed, it is ensured that the service connection of user does not interrupt, the unaware so that server program is upgraded by user.
Described new example creation module 200 includes:
Create binding unit 210, create new process example B for controlling finger daemon by the server program after upgrading, and described process example B is bundled on service request access port, control described process example B simultaneously and receive service request and process.
For ensureing that server program continues to provide follow-up business request to process service, therefore described establishment binding unit 210 controls finger daemon and passes through the process example B that the server program establishment after upgrading is new, and described process example B is bundled on service request access port, control simultaneously processes example B and receives service request, and service request is processed.
When being embodied as, the step that is embodied as of the present embodiment includes:
1, finger daemon monitoring signal;
2, when described finger daemon listens to upgrade signal, ask port to start new carrying out in identical services and process new service request, namely create new process example, and be bundled on service request port;
3, close current process and connect reception, when current process completes the request backed off after random that processing, namely disconnect old process example and connect, make old process example no longer receive Business Processing request, old process example continues with the service request processed simultaneously, has processed backed off after random.
In the present embodiment, based on the advantage described in a upper embodiment, it is managed processing example by finger daemon, when server program is upgraded, by finger daemon unified management, further such that the switching between process example is more smooth, it is ensured that during server program upgrading, Business Processing is not interrupted, avoid restarting the loss of data upgraded and bring or the problem made mistakes simultaneously.
Further, with reference to Fig. 6, the 3rd embodiment of the device of server program heat of the present invention upgrading, based on the embodiment shown in above-mentioned Fig. 4, described stopping receiver module 100 includes:
Stop service request transmitting element 120, for when server program is upgraded, controlling Access Layer and no longer send service request to the process example A being currently running, the example A that processes simultaneously controlling to be currently running continues with the service request processed.
Server program is layered as Access Layer and back-end services layer, wherein, Access Layer is used for and client communication, receive the service request of client transmission and described service request is sent to back-end services layer, back-end services layer employing processes the mode of example and provides Business Processing support, when server program is upgraded, stopping service request transmitting element 120 controls Access Layer and stops sending service request to the process example being currently running, and stop to processing example A transmission service request, simultaneously for ensureing that Business Processing is not interrupted, control simultaneously processes example A and continues with the service request processed.
Described new example creation module 200 includes:
Create retransmission unit 220, for creating new process example B by the server program after upgrading, control Access Layer and the service request received is sent to described process example B, control described process example B simultaneously and receive service request and process.
Create retransmission unit 220 and create new Business Processing example by the server program after upgrading, namely example B is processed, control described Access Layer and the service request received is sent to described process example B, described process example B receives service request, and described service request is processed, enable new service request in the process that server program upgrades successfully to be received and to process.
When being embodied as, for same station server, the present embodiment is embodied as step and includes:
1, same station server is adopted the plan implementation that Access Layer separates with back-end services;
2, when server program is upgraded, disposing two and process rear end example, Access Layer control to lead on new process rear end example by request flow, new process rear end example receives service request and described service request is processed;
3, old process rear end example continues with the service request processed, when the data backed off after random having processed current process.
In the present embodiment, based on the advantage described in a upper embodiment, it is allocated by Access Layer service request, when making server program upgrade, by process example new for new service request guiding so that process the switching between example more smooth, when ensureing server program upgrading, Business Processing is not interrupted, the loss of data simultaneously avoiding restarting upgrading and bring or the problem made mistakes, further, it is achieved that the link on a station server switches the switching with data service.
These are only the preferred embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every equivalent structure utilizing description of the present invention and accompanying drawing content to make or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, all in like manner include in the scope of patent protection of the present invention.
Claims (10)
1. the method for a server program heat upgrading, it is characterised in that the method for described server program heat upgrading comprises the following steps:
When server program is upgraded, the process example A that server controls is currently running stops receiving service request, and continues with the service request processed;
Server creates the new example B that processes by the server program after upgrading and processes the described process example B service request received;
After described process example A processes finishing service request, processing example A and exit described in server controls, server program heat has been upgraded.
2. the method for server program heat upgrading as claimed in claim 1, it is characterized in that, described when server program is upgraded, the process example A that server controls is currently running stops receiving service request, and the step continuing with the service request processed includes:
When server program is upgraded, server controls finger daemon closes the receive capabilities processing example A being currently running, make described process example A stop receiving service request, control described process example A simultaneously and continue with the service request processed.
3. the method for server program heat upgrading as claimed in claim 2, it is characterised in that described server is included by the process example B that the server program establishment after upgrading the is new step processing the described process example B service request received:
Described server controls finger daemon creates new process example B by the server program after upgrading, and is bundled on service request access port by described process example B, controls described process example B simultaneously and receives service request and process.
4. the method for server program heat upgrading as claimed in claim 1, it is characterized in that, described when server program is upgraded, the process example A that server controls is currently running stops receiving service request, and the step continuing with the service request processed also includes:
When server program is upgraded, server controls Access Layer no longer sends service request to the process example A being currently running, and the example A that processes simultaneously controlling to be currently running continues with the service request processed.
5. the method for server program heat upgrading as claimed in claim 4, it is characterised in that described server is also included by the process example B that the server program establishment after upgrading the is new step processing the described process example B service request received:
Server creates new process example B by the server program after upgrading, and controls Access Layer and the service request received is sent to described process example B, controls described process example B simultaneously and receives service request and process.
6. the device of a server program heat upgrading, it is characterised in that the device of described server program heat upgrading includes:
Stopping receiver module, for when server program is upgraded, the process example A controlling to be currently running stops receiving service request, and continues with the service request processed;
New example creation module, processes the described process example B service request received for creating the new example B that processes by the server program after upgrading;
Completing to exit module, for, after described process example A processes finishing service request, controlling described process example A and exit, server program heat has been upgraded.
7. the device of server program heat upgrading as claimed in claim 6, it is characterised in that described stopping receiver module including:
Close and receive unit, for when server program is upgraded, control finger daemon and close the receive capabilities processing example A being currently running, make described process example A stop receiving service request, control described process example A simultaneously and continue with the service request processed.
8. the device of server program heat upgrading as claimed in claim 7, it is characterised in that described new example creation module includes:
Create binding unit, create new process example B for controlling finger daemon by the server program after upgrading, and described process example B is bundled on service request access port, control described process example B simultaneously and receive service request and process.
9. the device of server program heat upgrading as claimed in claim 6, it is characterised in that described stopping receiver module also including:
Stopping service request transmitting element, for when server program is upgraded, controlling Access Layer and no longer send service request to the process example A being currently running, the example A that processes simultaneously controlling to be currently running continues with the service request processed.
10. the method for server program heat upgrading as claimed in claim 9, it is characterised in that described new embodiment creation module also includes:
Create retransmission unit, for creating new process example B by the server program after upgrading, control Access Layer and the service request received is sent to described process example B, control described process example B simultaneously and receive service request and process.
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| CN201610146666.7A CN105677433A (en) | 2016-03-15 | 2016-03-15 | Hot upgrading method and device for server program |
| US15/412,276 US10671376B2 (en) | 2016-03-15 | 2017-01-23 | Server program hot upgrading method and device |
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| CN201610146666.7A CN105677433A (en) | 2016-03-15 | 2016-03-15 | Hot upgrading method and device for server program |
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| CN113778475A (en) * | 2020-06-18 | 2021-12-10 | 北京京东振世信息技术有限公司 | Information processing method and device |
| CN111796854B (en) * | 2020-07-03 | 2023-03-31 | 中国建设银行股份有限公司 | Module hot upgrading method and device, electronic equipment and readable storage medium |
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| CN111988150A (en) * | 2020-09-03 | 2020-11-24 | 深圳壹账通智能科技有限公司 | Block chain certificate updating method and device, computer equipment and storage medium |
| CN112596771A (en) * | 2020-12-01 | 2021-04-02 | 北京明朝万达科技股份有限公司 | Method and system for uninterrupted service upgrade |
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