CN102316160B - Website system and communication method thereof - Google Patents
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- CN102316160B CN102316160B CN 201110223395 CN201110223395A CN102316160B CN 102316160 B CN102316160 B CN 102316160B CN 201110223395 CN201110223395 CN 201110223395 CN 201110223395 A CN201110223395 A CN 201110223395A CN 102316160 B CN102316160 B CN 102316160B
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Abstract
The invention discloses a website system and a communication method thereof, which are used for solving the problems of inconvenience in extending, low carrying access amount, low access efficiency and the like. The website system disclosed by the invention comprises a WEB server for displaying a PHP (Hypertext Preprocessor) page and an application server group which is separated from the WEB server, wherein the application server group at least comprises two stages of servers of which the codes are written in a C language and a database connected with the two stages of servers; a first-stageserver is an access server which is mainly used for distributing an application server to a service request; a second-stage server consists of two or more application servers classified according to functions; the application server group is connected into a local area network; the WEB server is communicated with a PHP interpreter; the PHP interpreter is communicated with a PHP extension module; and the PHP extension module is communicated with an access server of the application server group.
Description
Technical field
The present invention relates to networking technology area, relate in particular to the method and system that a kind of PHP of use expansion technique is realized website and the high concurrent communication of server and extensible mechanism.
Background technology
PHP(Hypertext Preprocessor is adopted in current large-scale community website service mostly, supertext preliminary treatment language)+the mysql mode realizes, the PHP page is presented function to the WEB server and the service application function is integrated in one, and exists at least by this framework of practice discovery for many years and can not arbitrarily expand limitations such as self-defining application, carrying visit capacity and access efficiency are low.
Summary of the invention
Main purpose of the present invention is to disclose a kind of web station system and communication means thereof, is used for solving existing web station system and is not easy to problems such as expansion, carrying visit capacity and access efficiency are low.
For reaching above-mentioned purpose, the present invention discloses a kind of web station system, comprises the WEB server that presents for the PHP page and the application server cluster that separates with it; Described application server cluster is made up of the two levels server of C language compilation and the common database that connects thereof code at least, the first order is the access server that is mainly used in to the service request distributing application servers, the second level is the two or more application servers by the function classification, and described application server cluster connects into a local area network (LAN); Wherein said WEB server and PHP interpreter establish and communicate to connect, and described PHP interpreter and PHP expansion module establish and communicate to connect, and the access server of described PHP expansion module and described application server cluster establishes and communicates to connect.
According to above-mentioned web station system, the present invention also discloses a kind of communication means of correspondence with it, may further comprise the steps:
The user sends service request by the PHP page;
WEB server calls PHP interpreter is to explain this service request;
Described PHP interpreter calls the PHP expansion module and converts this service request to service request that application server cluster can be identified;
Described PHP expansion module is selected an access server and is distributed described service request from described application server cluster, and sends service request after the conversion to this access server;
This access server is selected the described service request of an application server processes according to the type of service request;
After finishing dealing with, this application server returns to the PHP page with result along the reverse path of described service request.
Compared with prior art, web station system disclosed by the invention and communication means thereof have the following advantages at least:
1, because the efficient of the code of C language compilation is the highest in the code of all language compilation, and ripe code also is maximum, can expand also is the most flexibly; Therefore background server adopts the code of C language compilation to improve communication and data processing efficiency in the web station system framework disclosed by the invention, for the stable operation of web station system provides guarantee, has reduced the cost of safeguarding.
2, the service application function is separated from the WEB server, and adopt the code of C language compilation to realize, and come communicating by letter between bridge joint background application server cluster and the WEB server by the PHP expansion module, when the user increases a self-defined application newly, only need in application server cluster, increase an application server newly and just become; And the PHP expansion module need not especially to know the backstage is how to carry out data to handle.Therefore this framework is that the expansion of business function provides great convenience.
3, because the load of the application server cluster on backstage is extendible, and also have high concurrent characteristic based on the WEB server of PHP, and the application server cluster on backstage can alleviate the service processing pressure of separate unit application server by load-balancing mechanism, thereby makes web station system disclosed in this invention and communication means thereof satisfy big capacity, high concurrent and high efficiency requirements for access.
4, because the present invention adopts the application server cluster request of managing business, so long as not whole application servers machine of delaying that breaks down, then can guarantee the stable operation of whole system by the coordination mechanism between fault detect, Restoration Mechanism and the application server of server cluster inside.
5, web station system disclosed in this invention presents the PHP page in the PHP+mysql framework that function and service application function are integrated in one than existing WEB server, the conversion link of user's request is more diversified, the processing mode of background server is also more diversified, be example with related data in the storehouse of asking to read and write data according to the user, then the arbitrary server in this server cluster can carry out respective handling to this user's request, and the related data of handling can be buffered in this locality earlier, with alleviation data of database processing pressure, thereby make this web station system flexibility height, treatment effeciency is corresponding raising also.
Description of drawings
Fig. 1 is the Organization Chart of the disclosed web station system of the embodiment of the invention;
Fig. 2 is the communication means flow chart of the disclosed a kind of web station system of the embodiment of the invention.
Embodiment
The invention provides a kind of high concurrent, extendible web station system and communication means thereof, below in conjunction with Figure of description the specific embodiment of the present invention is elaborated.
Embodiment one
As shown in Figure 1, web station system disclosed by the invention comprises: based on the WEB server 1 of PHP, and PHP expansion module 2 and application server cluster 3.Wherein:
It is the online application service of finishing its specific business needs of being issued by enterprise for WEB server 1(, other companies or application software can visit and use this online service by Internet), being used for the PHP page presents and receives the user by PHP(Hypertext Preprocessor, supertext preliminary treatment language) service request of page transmission; In the present embodiment, this WEB server 1 also embeds the PHP interpreter, and this PHP interpreter is used for carrying out the PHP program, and PHP is generated HTML(Hyper Text Mark-up Language, HTML or HTML); When the user sent service request by the PHP page, this WEB server can call this service request of PHP interpreter interprets.In other embodiments, this this PHP interpreter also can be deployed on another server that separates with the WEB server, and this kind conversion belongs to protection scope of the present invention too.
PHP expansion module 2 is used for finishing communicating by letter between WEB server 1 and the application server cluster 3 jointly with the PHP interpreter, with conversion and the transmission of realization service request, data.In the present embodiment, this PHP expansion module 2 is mainly used in converting the service request that the PHP interpreter interprets goes out to service request that application server cluster 3 can be identified, and this request after will changing is transmitted to the application server cluster 3 on backstage; And convert the result that application server cluster 3 returns to content that the PHP page can present, and the result after will changing is transmitted to WEB server 1.
Application server cluster 3, comprise the access server 31,32, the database 33(that connect into a local area network (LAN) comprise according to data structure organize, the database server of storage and management data) and application server 35,36,37,38.Wherein this access server 31,32 is used to the service request distributing application servers, and finishes with PHP expansion module 2 and to communicate by letter, and is the first order server of this application server cluster.In the present embodiment, be shared as target with file data, need and will deposit in the computer for many shared files of computer in the local area network (LAN), this computer just is called as the file-sharing service device.Wherein, the switch/router in this document share service device and the local area network (LAN) is all not shown in Fig. 1, and this is all the prior art of building local area network (LAN) that those skilled in the art can realize easily, does not give unnecessary details at this.
In the present embodiment, above-mentioned access server 31,32 is mainly used in the application server of allocation process service request; When distributing application servers, can distribute according to the type of service request, be example with a voice-enabled chat chamber web station system, the service request from user type includes but not limited to following several:
Logging in chat room, authentication, read-write user materials for registration looks for the people to chat, service request types such as chatroom management.
For this reason, in the disclosed application server cluster of present embodiment, will handle the application server of different kinds of business request by the function classification; As shown in Figure 1, the application server 35,36,37,38 by the function classification is the second level server of this application server cluster.Wherein with the WEB server mainly for the treatment of HTTP request (request) different be that it is application program provider industry logic that application server comes by a lot of agreements, therefore claims apps server again.In the present embodiment, corresponding with the request type of service request from user, each application server 35,36,37,38 can divide the work to realize following a kind of, two or more function:
Logging in chat room, authentication, read-write user materials for registration is joined with machine speed, and audio frequency is handled, chatroom management, chatroom information issue etc.
In the present embodiment, this application server cluster 3 is provided with two access servers 31,32, wherein access server 31 is main access server, access server 32 is standby access server, when main access server 31 breaks down, carry out corresponding data by standby access server 32 and handle.Adopt the mechanism of active and standby access server, effectively solve the web station system problem of service interruption that causes when single access server breaks down.
In other embodiments, this application server cluster 3 can also arrange the access server more than three or three, when the quantity of access server increases, data transmission link between PHP expansion module 2 and the access server is corresponding increasing also, so the user that this web station system can concurrent processing request also increases thereupon.Wherein this PHP expansion module 2 can distribute according to mode at random when distributing access server for service request, also can give the poll scheduling algorithm and distribute, and also can carry out flow equalization according to the current loading condition of each access server and distribute.
In the present embodiment, the code of each application server in the above-mentioned application server cluster 3 is by the C language compilation.On the development history of computer, the assembly of C language compilation has accumulated a large amount of experiences and ripe code, and efficient is the highest, and extensibility also is the most flexibly.And between the inner stages server of above-mentioned application server cluster 3 and and PHP expansion module 2 between all be by UDP(User Datagram Protocol, User Datagram Protocol) mode is set up communication, efficient program means by the C language, the service request that the user is sent is divided into the UDP object accesses of opposition, rather than adopt a TCP(Transmission Control Protocol who is used to, transmission control protocol) mode connects, just can not set up communication with the application server cluster of rear end because UDP does not need to connect, further improve the access efficiency of web station system.
The framework of the disclosed web station system of present embodiment has extensibility very flexibly, when this system need increase an application newly, mass-sended the message of Added Business types to application server cluster 3 formerly by newly-increased application server, then by this application server cluster 3 each server 31 formerly, 32,35,36,37,38 preserve this Added Business type and are somebody's turn to do the mapping relations that increase newly between the application server in internal memory, when arbitrary server 31 formerly, 32,35,36,37,38 when receiving the service request of PHP page transmission, type and the mapping relations in the internal memory according to this service request judge that whether it is by this newly-increased application server processes, if transmit corresponding service request to this newly-increased application server.Make thus in the native system, application server 1～4 has also had the function of transmitting service request by type of access server, thereby arbitrary application server 1～4 can be used as the backup of access server, guaranteed that service request sends to corresponding application server exactly, improved stability and the extensibility of system.
To sum up, be a kind of database of open source code but present embodiment discloses the PHP+PHPExtend+C+UDP+MYSQL(MYSQL of the flexible expansion of a kind of access efficiency that improves the website and application) web site architecture, this framework is called for short PPCUM.Wherein application server cluster 3 is made up of the two levels server of C language compilation and the common database that connects thereof code at least, the first order is the access server 31,32 that is mainly used in to the service request distributing application servers, the second level is the two or more application servers 35,36,37,38 by the function classification, and application server cluster connects into a local area network (LAN); Wherein WEB server and PHP interpreter establish and communicate to connect, and PHP interpreter and PHP expansion module establish and communicate to connect, and the access server of PHP expansion module and application server cluster establishes and communicates to connect.Make this PPCUM web station system have the following advantages thus:
1, because the efficient of the code of C language compilation is the highest in the code of all language compilation, and ripe code also is maximum, can expand also is the most flexibly; Therefore background server adopts the code of C language compilation to improve communication and data processing efficiency in the web station system framework disclosed by the invention, for the stable operation of web station system provides guarantee, has reduced the cost of safeguarding.
2, the service application function is separated from the WEB server, and adopt the code of C language compilation to realize, and come communicating by letter between bridge joint background application server cluster and the WEB server by the PHP expansion module, when the user increases a self-defined application newly, only need in application server cluster, increase an application server newly and just become; And the PHP expansion module need not especially to know the backstage is how to carry out data to handle.Therefore this framework is that the expansion of business function provides great convenience.
3, because the load of the application server cluster on backstage is to expand (for example expanding by the mode that increases application server and/or access server), and also have high concurrent characteristic based on the WEB server of PHP, and the application server cluster on backstage can alleviate the service processing pressure of separate unit server by load-balancing mechanism, thereby makes web station system disclosed in this invention and communication means thereof satisfy big capacity, high concurrent and high efficiency requirements for access.
4, because the present invention adopts the application server cluster request of managing business, above-mentioned application server cluster connects into a local area network (LAN) and (what deserves to be explained is, above-mentioned WEB server and PHP expansion module also can be considered as the part of this local area network (LAN), wherein this WEB server is connected with public network by fire compartment wall), so long as not whole application servers machine of delaying that breaks down, then can guarantee the stable operation of whole system by the coordination mechanism between fault detect, Restoration Mechanism and the application server of server cluster inside.
5, the disclosed web station system of present embodiment presents the PHP page in the PHP+mysql framework that function and service application function are integrated in one than existing WEB server, the conversion link of user's request is more diversified, the processing mode of background server is also more diversified, be example with related data in the storehouse of asking to read and write data according to the user, then the arbitrary server in this server cluster can carry out respective handling to this user's request, and the related data of handling can be buffered in this locality earlier, with alleviation data of database processing pressure, thereby make this web station system flexibility height, treatment effeciency is corresponding raising also.
What deserves to be explained is that among the present invention, the PHP expansion module can be the external module of PHP interpreter, also can be the built-in module of this PHP interpreter or directly expand in Zend engine the inside.Wherein external module can move SO(at script) function is written into, and this function is written into a shared object and its function is bound and make it with the script that calls this function from disk and comes into force.Among the present invention, preferably in the php.ini file, use extension tag to create the PHP expansion module of an outside, this PHP expansion module separates with the PHP interpreter fully, and the mode that its advantage is this PHP interpreter by " outsourcing " allows the volume of oneself keep very little.When adopting built-in module, this PHP expansion module is advanced the PHP interpreter by direct compilation and is present in each PHP to handle in the request, its shortcoming is need recompilate PHP when revising this PHP expansion module, and the PHP binary file can become big and can consume more internal memory.As for expanding PHP by the Zend engine, then cause incompatible with other code easily, should avoid usually as far as possible.
Embodiment two
At embodiment one disclosed web station system framework, present embodiment discloses the communication process of this web station system inside, and as shown in Figure 2, the communication process of this web station system may further comprise the steps:
Step S1, user send service request by the PHP page.
Step S2, WEB server calls PHP interpreter are to explain this service request.
Step S3, PHP interpreter call the PHP expansion module and convert this service request to service request that application server cluster can be identified.
Step S4, PHP expansion module are selected an access server distribution service request from application server cluster, and send service request after the conversion to this access server.
In this step, the quantity of access server is two or more in the application server cluster of this web station system, and the PHP expansion module is selected an access server distribution service request from application server cluster the mode of selecting can be to be selected or polling mode is selected at random.
When between the above-mentioned application server cluster and with the PHP expansion module between set up when communicating by letter by the UDP mode, preferably, before the service request of this PHP expansion module after sending conversion to this application server, this service request is packaged into the UDP object and binds a dynamic port; And after sending above-mentioned service request by this dynamic port, this PHP expansion module is also waited for the result that application server and access server return by synchronous or port block mode at this dynamic port.
Step S5, this access server are selected an application server processes service request according to the type of service request.Wherein, store the load condition of current each server of application server cluster in this locality of the database of this web station system or file-sharing service device or this access server, access server can be selected the corresponding service request of the light application server processes of load according to request type.Further, this access server also should be according to the existing state distribution service request of each application server, for this reason, this access server is safeguarded the server list that each application server existing state of reaction is arranged, and timing detects and/or goes to detect according to Event triggered the existing state of each application server, when arbitrary application server breaks down when delaying machine, in server list, be survival with this application server identifier; Then, this application server is informed access server by UDP behind the machine recovering state of delaying, and is survival with this application server identifier by access server in server list again; So that access server is selected the corresponding service request of application server processes that load is light and survive according to request type.
Preferably, in the forwarding and processing procedure of this service request, the PHP expansion module that access server and above-mentioned steps S4 mention generates a unique session according to this service request, and in the first-class result for the treatment of that application server returns of this session port.So, then the server of each between the application server cluster has possessed a synchronization mechanism, has guaranteed the uniqueness of service request that each application server is handled by conversation mechanism, has effectively avoided data service to cause confusion.
Step S6, finish dealing with after, this application server returns to the PHP page with result along the reverse path of service request.
In the present embodiment, when web station system increased an application server newly, above-mentioned communication means also comprised the steps S7～S9:
Step S7, this newly-increased application server are to application server cluster mass-sending Added Business kind of message.
Preferably, this newly-increased application server can also be further be saved in its Added Business type and the type and the mapping relations of self in server cluster institute data shared storehouse or the file-sharing service device, obtains for formerly each server.
Step S8, this application server cluster each server is formerly preserved this Added Business type and is somebody's turn to do the mapping relations that increase newly between the application server in internal memory.
Step S9, arbitrary server formerly are when receiving the service request of PHP page transmission, type and above-mentioned mapping relations according to this service request judge that whether it is by this newly-increased application server processes, if transmit corresponding service request to this newly-increased application server.Make thus in the native system, application server has also had the function of transmitting service request by type of access server, thereby arbitrary application server can be used as the backup of access server, guaranteed that service request sends to corresponding application server exactly, improved stability and the extensibility of system.
Meanwhile, this newly-increased application server also can obtain the traffic type information of each server formerly from database or file-sharing service device, and transmits corresponding service request according to this information.
Above-mentioned communication means disclosed by the invention has the following advantages at least:
1, because the efficient of the code of C language compilation is the highest in the code of all language compilation, and ripe code also is maximum, can expand also is the most flexibly; Therefore background server adopts the code of C language compilation to improve communication and data processing efficiency in the web station system framework disclosed by the invention, for the stable operation of web station system provides guarantee, has reduced the cost of safeguarding.
2, the service application function is separated from the WEB server, and adopt the code of C language compilation to realize, and come communicating by letter between bridge joint background application server cluster and the WEB server by the PHP expansion module, when the user increases a self-defined application newly, only need in application server cluster, increase an application server newly and just become; And the PHP expansion module need not especially to know the backstage is how to carry out data to handle.Therefore this framework is that the expansion of business function provides great convenience.
3, because the load of the application server cluster on backstage is extendible, and also have high concurrent characteristic based on the WEB server of PHP, and the application server cluster on backstage can alleviate the service processing pressure of separate unit application server by load-balancing mechanism, thereby makes web station system disclosed in this invention and communication means thereof satisfy big capacity, high concurrent and high efficiency requirements for access.
4, because the present invention adopts the application server cluster request of managing business, so long as not whole application servers machine of delaying that breaks down, then can guarantee the stable operation of whole system by the coordination mechanism between fault detect, Restoration Mechanism and the application server of server cluster inside.
5, web station system disclosed in this invention presents the PHP page in the PHP+mysql framework that function and service application function are integrated in one than existing WEB server, the conversion link of user's request is more diversified, the processing mode of background server is also more diversified, be example with related data in the storehouse of asking to read and write data according to the user, then the arbitrary server in this server cluster can carry out respective handling to this user's request, and the related data of handling can be buffered in this locality earlier, with alleviation data of database processing pressure, thereby make this web station system flexibility height, treatment effeciency is corresponding raising also.
To sum up, the disclosed communication means of present embodiment has the high concurrent treatment mechanism of user, can the dynamic expansion application service and guarantee the uniqueness of each application server processes service request, and can when breaking down, application server in time find and solve fault by the survival testing mechanism of access server.Existing web station system is existing to be not easy to problems such as expansion, carrying visit capacity and access efficiency be low thereby solved.
More than disclosed only be several specific embodiment of the present invention, still, the present invention is not limited thereto, any those skilled in the art can think variation all should fall into protection scope of the present invention.
Claims (9)
1. a web station system is characterized in that, comprises the WEB server that presents for the PHP page and the application server cluster that separates with it; Described application server cluster is made up of the two levels server of C language compilation and the common database that connects thereof code at least, the first order is the access server that is mainly used in to the service request distributing application servers, the second level is the two or more application servers by the function classification, and described application server cluster connects into a local area network (LAN); Wherein said WEB server and PHP interpreter establish and communicate to connect, and described PHP interpreter and PHP expansion module establish and communicate to connect, and the access server of described PHP expansion module and described application server cluster establishes and communicates to connect;
When described web station system increased an application server newly, the application server that this is newly-increased was used for to described application server cluster mass-sending Added Business kind of message; This application server cluster each server formerly is used for preserving this Added Business type and being somebody's turn to do the mapping relations that increase newly between the application server at internal memory; Arbitrary server formerly, be used for when receiving the service request of PHP page transmission, type and above-mentioned mapping relations according to this service request judge that whether it is by this newly-increased application server processes, if transmit corresponding service request to this newly-increased application server.
2. the communication means of a web station system as claimed in claim 1 is characterized in that, may further comprise the steps:
The user sends service request by the PHP page;
WEB server calls PHP interpreter is to explain this service request;
Described PHP interpreter calls the PHP expansion module and converts this service request to service request that application server cluster can be identified;
Described PHP expansion module is selected an access server and is distributed described service request from described application server cluster, and sends service request after the conversion to this access server;
This access server is selected the described service request of an application server processes according to the type of service request;
After finishing dealing with, this application server returns to the PHP page with result along the reverse path of described service request;
Wherein, when described web station system increased an application server newly, described communication means also comprised:
Application server that should be newly-increased is to described application server cluster mass-sending Added Business kind of message;
This application server cluster each server is formerly preserved this Added Business type and is somebody's turn to do the mapping relations that increase newly between the application server in internal memory;
Arbitrary server formerly is when receiving the service request of PHP page transmission, type and above-mentioned mapping relations according to this service request judge that whether it is by this newly-increased application server processes, if transmit corresponding service request to this newly-increased application server.
3. communication means according to claim 2, it is characterized in that, the quantity of described access server is two or more, and described PHP expansion module is selected an access server and distributed the mode of selecting of described service request for selecting at random or selecting by polling mode from described application server cluster.
4. communication means according to claim 3 is characterized in that, described PHP expansion module and application server cluster also comprise when transmitting and handling described service request:
Described PHP expansion module and described access server generate a unique session according to described service request, and in the first-class result for the treatment of that application server returns of this session port.
5. communication means according to claim 4 is characterized in that, between the described application server cluster and with the PHP expansion module between set up by the UDP mode and to communicate by letter; Before the service request of wherein said PHP expansion module after sending conversion to this application server, also comprise:
This service request is packaged into the UDP object and binds a dynamic port; And
After sending above-mentioned service request by this dynamic port, described PHP expansion module also comprises:
Wait for the result that application server and access server return by synchronous or port block mode at this dynamic port.
6. according to each described communication means in the claim 1 to 5, it is characterized in that, also comprise:
Described newly-increased application server is saved in its Added Business type and the mapping relations of self in the same database or file-sharing service device that described server cluster shares.
7. communication means according to claim 6 is characterized in that, also comprises:
Described newly-increased application server obtains the information of the handled type of service of each application server formerly from described database or file-sharing service device, and transmits the service request that receives according to this information.
8. communication means according to claim 7 is characterized in that, also comprises:
Described access server regularly detects the existing state of each application server, when arbitrary application server breaks down when delaying machine, is survival with this application server identifier in server list; And
This application server is informed described access server by UDP behind the machine recovering state of delaying, be survival with this application server identifier by described access server in described server list again.
9. communication means according to claim 8, it is characterized in that, also record the load condition of each application server of current survival in the described server list, select the corresponding service request of application server processes that load is light and survive for access server according to request type; Described server list stores synchronized is at described database or file-sharing service device.
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| CN 201110223395 CN102316160B (en) | 2011-06-14 | 2011-08-05 | Website system and communication method thereof |
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| CN201110158583 | 2011-06-14 | ||
| CN201110158583.7 | 2011-06-14 | ||
| CN 201110223395 CN102316160B (en) | 2011-06-14 | 2011-08-05 | Website system and communication method thereof |
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