CN103793275A - System and processing method for achieving load balance - Google Patents
System and processing method for achieving load balance Download PDFInfo
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- CN103793275A CN103793275A CN201210427397.3A CN201210427397A CN103793275A CN 103793275 A CN103793275 A CN 103793275A CN 201210427397 A CN201210427397 A CN 201210427397A CN 103793275 A CN103793275 A CN 103793275A
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Abstract
The invention provides a system and processing method for achieving load balance. The system comprises a client, a load balance server, a data server and a plurality of application servers. The load balance server is respectively in communication connection with the client, the application servers and a database server, and the database server is a WEB database server. Utilization efficiency and manageability of the servers are achieved through the system, and expandability and high concurrency performance of a service processing system are guaranteed.
Description
Technical field
The present invention relates to computer information technology field, particularly relate to a kind of system and disposal route that realizes load balancing.
Background technology
In computer technology application, transaction processing system leaved for development is functional except meeting, reliability, maintainability, workability and the mass property such as portable, most of operation system need to meet the multitask of business processing and the extensibility of high concurrency and system.
In prior art, user is using in operation system process, and hope can management server, such as the title of server, and state, service process performance etc., but needn't be concerned about that the physics of specific service device disposes.Wish to control task processing, such as current task is by that station server processing, the priority of task, working time, section etc., but needn't be concerned about the processing details of task.
Therefore for prior art, how in the Batch Processing of load balancing is processed, ensure that each server can be according to user's configuration requirement, the rationally one's own task of Intelligent treatment, and more stable load balance process method is provided is a very scabrous problem.
Summary of the invention
The invention provides a kind of system and disposal route that realizes load balancing, in order to realize the utilization ratio and the manageability that improve server, guarantee extensibility and the high concurrency performance of transaction processing system, and more stable load balance process method is provided.
Based on the problems referred to above, a kind of system that realizes load balancing provided by the invention, described system comprises: user side, load-balanced server, data server and multiple application server; Load-balanced server is set up communication with described user side and described multiple application server and database server respectively and is connected, and described database server is WEB database server, wherein:
Described user side, for default server configuration information and task configuration information, and upload server configuration information table and task configuration information table are to database server stores; Described user side is connected with described database server and load-balanced server respectively, and service requesting information is sent to load-balanced server;
Described load-balanced server, for receiving after the service requesting information of user side transmission, obtains the server configuration information of current application server; According to server configuration information and the service requesting information of described current application server, the mission bit stream of retrieval screening and described current application server optimization matching in described database server; According to described mission bit stream, task corresponding in described mission bit stream is distributed to current application server;
Described database server, for storage server configuration information table and task configuration information table, and receives inquiry, modification and the search instruction that user side sends, and carry out operation accordingly, and feedback result is to user side or application server;
Described application server, that send for balancing received load server and mission bit stream described application server optimization matching, and carry out task operating in described mission bit stream.
Preferably, as a kind of embodiment.Described database service implement body comprises rule configuration module, and described rule configuration module comprises server info configuration submodule and mission bit stream configuration submodule, wherein:
Described server info configuration submodule, send default server configuration information for receiving user side, and receiving the described server configuration information of user side transmission inquiry, increase, revise the operation of carrying out corresponding configuration, inquiring about, increase, revise after the instruction of described server configuration information;
Described task configuration information submodule, sends default task configuration information for receiving user side, and receiving after the described task configuration information instruction of user side transmission inquiry, carries out the operation of configuration and inquiry.
Preferably, as a kind of embodiment.Described server configuration information comprises server numbering, server name, server model and server systematic parameter configuration information.
Preferably, as a kind of embodiment.Described mission bit stream comprises task names, server name, precedence information, running state information and working time information.
Preferably, as a kind of embodiment.Described load-balanced server specifically comprises multithreading processing module; Described multithreading processing module comprises the initial submodule of queue task, queue task creation submodule, and queue task is obtained submodule, queue task loads submodule, queue task matched sub-block, queue task control submodule and queue tasks carrying submodule, wherein:
The initial submodule of described queue task, for creating a thread pool, and divides main thread and business thread; When thread pool initialization, the parameter of loaded with traffic number of threads from configuration file;
Described queue task creation submodule, creates a task queue, and described queue is carried out and added task object according to service requesting information, shifts out task object, obtains the operation of queue task object number;
Described queue task is obtained submodule, adds task object to described queue, from described queue, obtains task object;
Described queue task loads submodule, obtains the numbering of current server in the server configuration information of current application server;
Described queue task matched sub-block, according to the numbering of current server, in task configuration information table from database server, retrieve all mission bit streams that belong to current server processing, and according to task priority, task run state, whether current time belongs to Runtime section is screened in conjunction with service requesting information;
Described queue task control submodule, by the mission bit stream of the optimization matching of described current application server, is saved in the isochronous queue of described establishment; Described queue task control submodule is carried out according to the time cycle circulation of setting;
Described queue tasks carrying submodule, the queue task of monitoring current time, if there is pending task in current queue, obtains current task, carries out concrete business processing.
Preferably, as a kind of embodiment.The initial submodule of described queue task in described multithreading processing module, described queue task creation submodule, described queue task is obtained submodule, described queue task loads submodule, described queue task matched sub-block, described queue task control submodule and described queue tasks carrying submodule are corresponding one by one with correlator business thread in business thread.
Preferably, as a kind of embodiment.The number of threads of each subservice thread in described time cycle, thread pool is by parameter modification corresponding to configuration file; Described queue is isochronous queue.
Correspondingly, the present invention also provides a kind of disposal route that realizes load balancing, the treating method comprises following steps:
Server configuration information is uploaded step:
The default server configuration information of step S100, user side and task configuration information, and upload server configuration information table and task configuration information table are to database server stores;
Mission bit stream load step:
Step S200, load-balanced server receive the service requesting information that user side sends;
Step S300, load-balanced server obtain the server configuration information of current application server;
Coupling step specifically comprises:
Step S400, load-balanced server be according to server configuration information and the service requesting information of described current application server, the mission bit stream of retrieval screening and described current application server optimization matching in described database server;
Task allocation step:
Step S500, load-balanced server, according to described mission bit stream, are distributed to current application server by task corresponding in described mission bit stream.
Preferably, as a kind of embodiment.Described server configuration information is uploaded step and is also comprised:
Step S110, user side are preset server configuration information and according to service request, are inquired about described server configuration information, increase, revise described server configuration information.
Preferably, as a kind of embodiment.In step S200 ~ step S500, load-balanced server utilizes the operation of multithreading processing execution load balance process, specifically comprises the steps:
Step 210, a thread pool of establishment, and divide main thread and business thread; When thread pool initialization, from configuration file, load the parameter of this number of threads;
Step 220, a task queue of establishment, described queue is isochronous queue; Described queue is carried out and is added task object according to service requesting information, shifts out task object, obtains the operation of queue task object number;
Task object is added in step 230, described queue, from described queue, obtains task object;
In step S300, comprise the steps:
Step 310, obtain the numbering of current server in the server configuration information of current application server;
In step S400, comprise the steps:
Step 410, according to the numbering of current server, in task configuration information table from database server, retrieve all mission bit streams that belong to current server processing, and according to task priority, task run state, whether current time belongs to Runtime section is screened in conjunction with service requesting information;
Step 420, by the mission bit stream of the optimization matching of described current application server, be saved in the isochronous queue of establishment; Carry out according to the time cycle circulation of setting;
In step S500, comprise the steps:
The queue task of step 510, monitoring current time, if there is pending task in current queue, obtains current task, carries out concrete business processing.
Beneficial effect of the present invention comprises:
A kind of system and disposal route that realizes load balancing provided by the invention, wherein realize the disposal route of load balancing, can be for user provides easy to understand, the interface of easy operating allows user that the server of current operation is managed for configuration and is monitored, and task is managed for configuration.In the Batch Processing of load balancing is processed, each server can be according to user's configuration requirement, the one's own task of Intelligent treatment.By such disposal route, both improved utilization ratio and the manageability of server, also guarantee extensibility and the high concurrency performance of transaction processing system.
Accompanying drawing explanation
Fig. 1 is the structural representation of an embodiment of the present invention's system of realizing load balancing;
Fig. 2 is the structural representation of the WEB database server of an embodiment of the present invention's system of realizing load balancing;
Fig. 3 is the process flow diagram in an embodiment of the present invention's disposal route of realizing load balancing.
Embodiment
Below in conjunction with Figure of description, the disposal system that realizes load balancing in the embodiment of the present invention and the embodiment of disposal route are described.
A kind of system that realizes load balancing that the embodiment of the present invention provides, as shown in Figure 1, the described system 1 that realizes load balancing comprises: user side 10, load-balanced server 20 and data server 30 and multiple application server 40; Load-balanced server 20 is set up communication with described user side 10 and described multiple application server 40 and database server 30 respectively and is connected, and described database server 30 is WEB database server, wherein:
Described user side 10, for default server configuration information and task configuration information, and upload server configuration information table and task configuration information table are to database server stores; Described user side is connected with described database server and load-balanced server respectively, and service requesting information is sent to load-balanced server;
Described load-balanced server 20, for receiving after the service requesting information of user side transmission, obtains the server configuration information of current application server; According to server configuration information and the service requesting information of described current application server, the mission bit stream of retrieval screening and described current application server optimization matching in described database server; According to described mission bit stream, task corresponding in described mission bit stream is distributed to current application server;
Described database server 30, for storage server configuration information table and task configuration information table, and receives inquiry, modification and the search instruction that user side sends, and carry out operation accordingly, and feedback result is to user side or application server;
Described application server 40, that send for balancing received load server and mission bit stream described application server optimization matching, and carry out task operating in described mission bit stream.
Preferably, as a kind of embodiment.Described database service implement body comprises rule configuration module, and described rule configuration module comprises server info configuration submodule and mission bit stream configuration submodule, wherein:
Described server info configuration submodule, send default server configuration information for receiving user side, and receiving the described server configuration information of user side transmission inquiry, increase, revise the operation of carrying out corresponding configuration, inquiring about, increase, revise after the instruction of described server configuration information;
Described task configuration information submodule, sends default task configuration information for receiving user side, and receiving after the described task configuration information instruction of user side transmission inquiry, carries out the operation of configuration and inquiry;
In the invention process, described database server is just enough foundation the based on browser/server, the standard configuration of for example user side is browser, as IE, wherein WEB database server 30 basic building structures are three layers of distributed architectures, i.e. browser 301-web server 302-database server 303.Structure as shown in Figure 2.WEB database server by browser be correlated with homepage interface provide user side increase, revise, the function of querying server configuration information and task configuration information, wherein, server configuration information and task configuration information are presented at relevant information on screen by browser.
Preferably, as a kind of embodiment.Described server configuration information comprises server numbering, server name, server model and server systematic parameter configuration information.
Preferably, as a kind of embodiment.Described mission bit stream comprises task names, server name, precedence information, running state information and working time information.
Server configuration information is the Back ground Information of safeguarding physical server on web interface, and described server configuration information comprises server numbering, server name, server model, server system parameter information etc.; Task configuration information is user's relation between maintenance server and waiting task on web interface, and information comprises that task processes subordinate server numbering, priority, running status and working time section.In embodiments of the present invention, not only comprise the above-mentioned information of enumerating about server configuration information and task configuration information, also comprise other relevant informations, the embodiment of the present invention is not specifically limited this.
Generally speaking, database server is used for storage server configuration information and task assignment configuration information, and allows load-balanced server to obtain mission bit stream from described database server.
Preferably, as a kind of embodiment.Described load-balanced server specifically comprises multithreading processing module, described multithreading processing module comprises the initial submodule of queue task, queue task creation submodule, queue task is obtained submodule, queue task loads submodule, queue task matched sub-block, queue task control submodule and queue tasks carrying submodule wherein:
The initial submodule of described queue task, for creating a thread pool, and divides main thread and business thread; Business thread comprises: task loads thread and task processing threads; When thread pool initialization, from configuration file, load the parameter of this number of threads;
Described queue task creation submodule, creates a task queue, and described queue is isochronous queue; Described queue is carried out and is added task object according to service requesting information, shifts out task object, obtains the operation of queue task object number;
Described queue task is obtained submodule, and task loads thread can add task object to described queue, and task processing threads can obtain task object from described queue;
Described queue task loads submodule, and initiating task loads thread, and described loading thread first obtains the numbering of current server in the server configuration information of current application server;
Described queue task matched sub-block, according to the numbering of current server, in task configuration information table from database server, retrieve all mission bit streams that belong to current server processing, and according to task priority, task run state, whether current time belongs to Runtime section is screened in conjunction with service requesting information;
Described queue task control submodule, by the mission bit stream of the optimization matching of described current application server, is saved in the isochronous queue of described establishment;
The thread that described queue task control submodule is corresponding is carried out by the time cycle circulation of setting, the described time cycle can revise by configuration file, when described thread starts, the time cycle parameter in loading configuration file, and carry out by the time cycle circulation of specifying.
Wherein, the number of the thread that queue task control submodule is corresponding in thread pool can be modified by the parameter in configuration file.In the time that queue task control submodule starts or restarts, meeting loading configuration file, and according to the number of parameters of this thread, create corresponding Thread Count.
In same cycle period, the server in queue task is carried out successively, when controlling submodule startup or restarting, and meeting loading configuration file, and according to the number of parameters of this thread, create corresponding Thread Count.
Described queue tasks carrying submodule, for monitor task queue, if there is pending task in queue, obtains current task, carries out concrete business processing.
Preferably, as a kind of embodiment.The initial submodule of described queue task in described multithreading processing module, described queue task creation submodule, described queue task is obtained submodule, described queue task loads submodule, described queue task matched sub-block, described queue task control submodule and described queue tasks carrying submodule are corresponding one by one with correlator business thread in business thread.
Preferably, as a kind of embodiment.The number of threads of each subservice thread in described time cycle, thread pool is by parameter modification corresponding to configuration file; Described queue is isochronous queue.
The number of task processing threads in thread pool can be modified by the parameter in configuration file.In the time that task processing module starts or restarts, meeting loading configuration file, and according to the number of parameters of this thread, create corresponding Thread Count.Preferably, the number of threads in thread pool can be modified by the parameter in configuration file.
Those skilled in the art are to be understood that, in the invention process, load-balanced server is selected an application server from queue task in each application server, and receiving after the service request that user side sends, retrieval coupling is rearranged queue task, ensures the reasonable arrangement of queue task and has increased the expansibility of load balance process;
Described load-balanced server, for disposing each application module of load balancing task processing, is numbered and from database server, is loaded and match the task that optimized application server is processed by server;
The system of load balancing that what the embodiment of the present invention provided realize has good manageability and extensibility, and what user saw is all easy to understand, and the interface of easy operating does not need to be concerned about the realization of physical server and the realization of specific tasks treatment scheme.The embodiment of the present invention can have been given play to the comprehensive service performance of all devices by multiple application servers and the load-balanced server between them, improve utilization ratio and the manageability of application server, guaranteed extensibility and the high concurrency performance of transaction processing system.
Based on same inventive concept, the embodiment of the present invention also provides a kind of disposal route that realizes load balancing, the principle of dealing with problems due to the method and the functional similarity of aforementioned a kind of disposal system that realizes load balancing, therefore the enforcement of the method can be referring to the enforcement of aforementioned system, repeats part and repeat no more.
A kind of disposal route that realizes load balancing that the embodiment of the present invention provides, for carrying out Packet Generation processing at media access control layer, the disposal route of load balancing that what the present embodiment provided realize is completed by the disposal system that realizes load balancing.
Fig. 3 is the process flow diagram of the disposal route that realizes load balancing of the embodiment of the present invention.As shown in Figure 3, the method that the present embodiment uses comprises following several step:
Server configuration information is uploaded step:
The default server configuration information of step S100, user side and task configuration information, and upload server configuration information table and task configuration information table are to database server stores;
Mission bit stream load step:
Step S200, load-balanced server receive the service requesting information that user side sends;
Step S300, load-balanced server obtain the server configuration information of current application server;
Coupling step specifically comprises:
Step S400, load-balanced server be according to server configuration information and the service requesting information of described current application server, the mission bit stream of retrieval screening and described current application server optimization matching in described database server;
Task allocation step:
Step S500, load-balanced server, according to described mission bit stream, are distributed to current application server by task corresponding in described mission bit stream.
Preferably, as a kind of embodiment.Described server configuration information is uploaded step and is also comprised:
Step S110, user side are preset server configuration information and according to service request, are inquired about described server configuration information, increase, revise described server configuration information.
Preferably, as a kind of embodiment.
In step S200 ~ step S500, load-balanced server utilizes the operation of multithreading processing execution load balance process, specifically comprises the steps:
Step 210, a thread pool of establishment, and divide main thread and business thread; When thread pool initialization, from configuration file, load the parameter of this number of threads;
Step 220, a task queue of establishment, described queue is isochronous queue; Described queue is carried out and is added task object according to service requesting information, shifts out task object, obtains the operation of queue task object number;
Task object is added in step 230, described queue, from described queue, obtains task object;
In step S300, comprise the steps:
Step 310, obtain the numbering of current server in the server configuration information of current application server;
In step S400, comprise the steps:
Step 410, according to the numbering of current server, in task configuration information table from database server, retrieve all mission bit streams that belong to current server processing, and according to task priority, task run state, whether current time belongs to Runtime section is screened in conjunction with service requesting information;
Step 420, by the mission bit stream of the optimization matching of described current application server, be saved in the isochronous queue of establishment; Carry out according to the time cycle circulation of setting;
In step S500, comprise the steps:
The queue task of step 510, monitoring current time, if there is pending task in current queue, obtains current task, carries out concrete business processing.
The embodiment of the present invention provides a kind of system and disposal route that realizes load balancing, and wherein system comprises: user side, load-balanced server, data server and multiple application server; Load-balanced server is set up communication with described user side and described multiple application server and database server respectively and is connected, and described database server is WEB database server; System and the disposal route that realizes load balancing provided by the invention can realize the utilization ratio and the manageability that improve server by said system, guarantees extensibility and the high concurrency performance of transaction processing system.
The above embodiment has only expressed several embodiment of the present invention, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the scope of the claims of the present invention.It should be pointed out that for the person of ordinary skill of the art, without departing from the inventive concept of the premise, can also make some distortion and improvement, these all belong to protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. a system that realizes load balancing, is characterized in that, comprising: user side, load-balanced server, data server and multiple application server; Load-balanced server is set up communication with described user side and described multiple application server and database server respectively and is connected, and described database server is WEB database server, wherein:
Described user side, for default server configuration information and task configuration information, and upload server configuration information table and task configuration information table are to database server stores; Described user side is connected with described database server and load-balanced server respectively, and service requesting information is sent to load-balanced server;
Described load-balanced server, for receiving after the service requesting information of user side transmission, obtains the server configuration information of current application server; According to server configuration information and the service requesting information of described current application server, the mission bit stream of retrieval screening and described current application server optimization matching in described database server; According to described mission bit stream, task corresponding in described mission bit stream is distributed to current application server;
Described database server, for storage server configuration information table and task configuration information table, and receives inquiry, modification and the search instruction that user side sends, and carry out operation accordingly, and feedback result is to user side or application server;
Described application server, that send for balancing received load server and mission bit stream described application server optimization matching, and carry out task operating in described mission bit stream.
2. the system that realizes load balancing according to claim 1, is characterized in that, described database service implement body comprises rule configuration module, and described rule configuration module comprises server info configuration submodule and mission bit stream configuration submodule, wherein:
Described server info configuration submodule, send default server configuration information for receiving user side, and receiving the described server configuration information of user side transmission inquiry, increase, revise the operation of carrying out corresponding configuration, inquiring about, increase, revise after the instruction of described server configuration information;
Described task configuration information submodule, sends default task configuration information for receiving user side, and receiving after the described task configuration information instruction of user side transmission inquiry, carries out the operation of configuration and inquiry.
3. the system that realizes load balancing according to claim 2, is characterized in that, described server configuration information comprises server numbering, server name, server model and server systematic parameter configuration information.
4. the system that realizes load balancing according to claim 2, is characterized in that, described mission bit stream comprises task names, server name, precedence information, running state information and working time information.
5. the system that realizes load balancing according to claim 1 and 2, is characterized in that, described load-balanced server specifically comprises multithreading processing module; Described multithreading processing module comprises the initial submodule of queue task, queue task creation submodule, and queue task is obtained submodule, queue task loads submodule, queue task matched sub-block, queue task control submodule and queue tasks carrying submodule, wherein:
The initial submodule of described queue task, for creating a thread pool, and divides main thread and business thread; When thread pool initialization, the parameter of loaded with traffic number of threads from configuration file;
Described queue task creation submodule, creates a task queue, and described queue is carried out and added task object according to service requesting information, shifts out task object, obtains the operation of queue task object number;
Described queue task is obtained submodule, adds task object to described queue, from described queue, obtains task object;
Described queue task loads submodule, obtains the numbering of current server in the server configuration information of current application server;
Described queue task matched sub-block, according to the numbering of current server, in task configuration information table from database server, retrieve all mission bit streams that belong to current server processing, and according to task priority, task run state, whether current time belongs to Runtime section is screened in conjunction with service requesting information;
Described queue task control submodule, by the mission bit stream of the optimization matching of described current application server, is saved in the isochronous queue of described establishment; Described queue task control submodule is carried out according to the time cycle circulation of setting;
Described queue tasks carrying submodule, the queue task of monitoring current time, if there is pending task in current queue, obtains current task, carries out concrete business processing.
6. the system that realizes load balancing according to claim 2, it is characterized in that, the initial submodule of described queue task in described multithreading processing module, described queue task creation submodule, described queue task is obtained submodule, described queue task loads submodule, described queue task matched sub-block, and described queue task control submodule and described queue tasks carrying submodule are corresponding one by one with correlator business thread in business thread.
7. the system that realizes load balancing according to claim 6, is characterized in that, the number of threads of each subservice thread in described time cycle, thread pool is by parameter modification corresponding to configuration file; Described queue is isochronous queue.
8. a disposal route that realizes load balancing, is characterized in that, comprising:
Server configuration information is uploaded step:
The default server configuration information of step S100, user side and task configuration information, and upload server configuration information table and task configuration information table are to database server stores;
Mission bit stream load step:
Step S200, load-balanced server receive the service requesting information that user side sends;
Step S300, load-balanced server obtain the server configuration information of current application server;
Coupling step specifically comprises:
Step S400, load-balanced server be according to server configuration information and the service requesting information of described current application server, the mission bit stream of retrieval screening and described current application server optimization matching in described database server;
Task allocation step:
Step S500, load-balanced server, according to described mission bit stream, are distributed to current application server by task corresponding in described mission bit stream.
9. the disposal route that realizes load balancing according to claim 1, is characterized in that, described server configuration information is uploaded step and also comprised:
Step S110, user side are preset server configuration information and according to service request, are inquired about described server configuration information, increase, revise described server configuration information.
10. the disposal route that realizes load balancing according to claim 1, is characterized in that, in step S200 ~ step S500, load-balanced server utilizes the operation of multithreading processing execution load balance process, specifically comprises the steps:
Step 210, a thread pool of establishment, and divide main thread and business thread; When thread pool initialization, from configuration file, load the parameter of this number of threads;
Step 220, a task queue of establishment, described queue is isochronous queue; Described queue is carried out and is added task object according to service requesting information, shifts out task object, obtains the operation of queue task object number;
Task object is added in step 230, described queue, from described queue, obtains task object;
In step S300, comprise the steps:
Step 310, obtain the numbering of current server in the server configuration information of current application server;
In step S400, comprise the steps:
Step 410, according to the numbering of current server, in task configuration information table from database server, retrieve all mission bit streams that belong to current server processing, and according to task priority, task run state, whether current time belongs to Runtime section is screened in conjunction with service requesting information;
Step 420, by the mission bit stream of the optimization matching of described current application server, be saved in the isochronous queue of establishment; Carry out according to the time cycle circulation of setting;
In step S500, comprise the steps:
The queue task of step 510, monitoring current time, if there is pending task in current queue, obtains current task, carries out concrete business processing.
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