CN202077062U - Application service platform system - Google Patents
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- CN202077062U CN202077062U CN2011201144897U CN201120114489U CN202077062U CN 202077062 U CN202077062 U CN 202077062U CN 2011201144897 U CN2011201144897 U CN 2011201144897U CN 201120114489 U CN201120114489 U CN 201120114489U CN 202077062 U CN202077062 U CN 202077062U
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Abstract
The utility model discloses an application service platform system, including proxy servers, an application server cluster composed of a plurality of application servers, a central server and resource servers. Wherein the application servers are connected in a cluster connection mode to form the application server cluster; the proxy servers and the application server cluster are respectively connected with the central server; and the proxy servers and the resource servers are respectively connected with the server application cluster. In the technical scheme provided in the utility model, the application exploitation difficulty is reduced, the disposition flexibility is enhanced, and the disposition difficulty is reduced.
Description
Technical field
The utility model relates to service development field, backstage, particularly relates to a kind of application service platform system.
Background technology
In service development field, backstage, most of internet, applications and enterprise use and all can run into system scale and become complicated day by day, and after system scale increased day by day, development cost and O﹠M cost all sharply increased.
The utility model is devoted to provide a kind of new application service platform system, to reduce the application and development difficulty, to improve the flexibility of disposing and to reduce the difficulty of disposing.
The utility model content
The utility model provides a kind of application service platform system, and this system has reduced and uses the difficulty of opening, and has improved the flexibility of disposing and has reduced the difficulty of disposing.
For achieving the above object, the technical solution of the utility model is achieved in that
The utility model discloses a kind of application service platform system, this system comprises: acting server, server cluster, central server and the Resource Server formed by a plurality of application servers, wherein:
Acting server, be used to receive client request message, by the pairing application service of the tabulation of the application service configuration information on Help Center's server this client request message of identification, obtain the path of corresponding application service then by tabulation of the application service configuration information on Help Center's server and the tabulation of application service operation information, client request message is distributed to the application server at corresponding application service place according to the path that is obtained; Receive the result that the application server end returns, and return to client;
Wherein, the tabulation of application service configuration information comprises following information: application service ID, application service title, application service type, application process name, application service metadata mark; Application service operation tabulation comprises following information: application process title, application service path;
Each application server is used for load applications service and operation, and the operation information of application service is write in the application service operation information tabulation on the central server; Be used for when receiving the client request message of acting server transmission, giving corresponding application service with this client request message and handling; This client request message institute tasks requested is handled in application service, and result is returned to acting server;
Central server is used to receive the application service that upload the outside, and the descriptor of this application service that the outside is imported into is saved in the tabulation of application service configuration information, and in this application service of corresponding application server deploy;
Resource Server is used to preserve the data resource that each application service on the application server need be visited.
By as seen above-mentioned, this application service platform system that constitutes by above-mentioned acting server, application server cluster, central server and Resource Server of the utility model, the server resource that disperses logically is incorporated into together, greatly reduced the development difficulty of using, improved the flexibility of disposing and reduced the difficulty of disposing.
Description of drawings
Fig. 1 is an actual networking schematic diagram of the application service platform system among the utility model embodiment;
Fig. 2 is the structural representation of the single application server among the utility model embodiment.
Embodiment
In order to make the purpose of this utility model, technical scheme and advantage clearer, the utility model is described in detail below in conjunction with the drawings and specific embodiments.
Fig. 1 is the actual networking schematic diagram of the application service platform system among the utility model embodiment.As shown in Figure 1, this application service platform system comprises: acting server, server cluster, central server and the Resource Server formed by a plurality of application servers, wherein:
Acting server, be used to receive client request message, by the pairing application service of the tabulation of the application service configuration information on Help Center's server this client request message of identification, obtain the path of corresponding application service then by tabulation of the application service configuration information on Help Center's server and the tabulation of application service operation information, client request message is distributed to the application server at corresponding application service place according to the path that is obtained; Receive the result that the application server end returns, and return to client;
Wherein, the tabulation of application service configuration information comprises following information at least: application service ID, application service title, application service type, application process name, application service metadata mark; Application service operation tabulation comprises following information at least: application process title, application service path;
In the present embodiment, acting server comprises: HTML (Hypertext Markup Language) http proxy server, initial session sip proxy server and note system SMS acting server.Wherein, http proxy server is responsible for distributing the HTTP application service, and sip proxy server is responsible for growing with the SIP of client and is connected, and the SMS acting server is responsible for the branch up application service of sending short messages.
Each application server is used for load applications service and operation, and the operation information of application service is write in the application service operation information tabulation on the central server; Be used for when receiving the client request message of acting server transmission, giving corresponding application service with this client request message and handling; This client request message institute tasks requested is handled in application service, and result is returned to acting server;
Central server is used to receive the application service that upload the outside, and the descriptor of this application service that the outside is imported into is saved in the tabulation of application service configuration information, and in this application service of corresponding application server deploy;
Resource Server is used to preserve the data resource that each application service on the application server need be visited.In the present embodiment, Resource Server comprises: database server, file server and memory object buffer server.
In application service platform system shown in Figure 1, acting server, be further used for when receiving client request message, according to information in the client request message and the tabulation of the application service configuration information on the central server, create the application service context, in described client request message, be distributed to the application service on the corresponding application server behind the interpolation application service context;
Application service in the process of finishing this client request message institute tasks requested, is carried out the data resource location according to the application service context after receiving client request message.
In application service platform system shown in Figure 1, described acting server, be used for when receiving client request message, according to the uniform resource position mark URL in this request message, find out application service metadata mark field on the central server and comprise application service configuration information tabulation with described URL consistent information, identify the pairing application service of this client request message according to the application service title in the application service configuration information tabulation that is found out; Described acting server, be used for application process name according to the application service configuration information tabulation that is found out, find out application process name field on the central server and comprise application service operation information tabulation with described application process name consistent information, from the application service operation information tabulation that is found out, obtain the routing information of application service.
Described acting server, according in the metadata mark field in the tabulation of the application service configuration information that found out about the load application Service context information, create the application service context.
In application service platform system shown in Figure 1, central server is further used for preserving the Resources list; The Resources list comprises following information: resource name, resource type, application service context type, location algorithm title, location algorithm parameter;
Application service is carried out the resource location according to the corresponding informance in application service context and the Resources list in the process of finishing this client request message institute tasks requested after receiving client request message.
In application service platform system shown in Figure 1, a plurality of application servers in the server cluster are divided into a plurality of different groups, and every group comprises one to multiple servers; Preserve application server tabulation and server packet tabulation on the central server; The application server tabulation comprises following information: group names, application server address under application server title, the application server; The server packet tabulation comprises: the application server descriptor in server packet title, the grouping;
Central server is deployed to this application service on the single application server according to external command when receiving the application service of uploading the outside, perhaps is deployed on a plurality of servers that belong to same group.
Like this, an application service can optionally load in the middle of certain group, just the application service of core can be used one group of server separately, guarantees that the resource of core application is used and stability; And one group of independent server is used in the unsettled application service of just having reached the standard grade, to peel off influence wherein, reduce the risk of whole system.This way helps carrying out the distribution of whole resource and the adjustment of network strategy.
Fig. 2 is the structural representation of the single application server among the utility model embodiment.As shown in Figure 2, the main frame process is the background monitoring process that is deployed on every application server, is responsible for carrying out the downloading-running and the deployment of application service.The main frame process can be set up long a connection with central server, accepts system commands such as deployment, renewal, monitoring by this length.The several application service may operate in the application process in an application server, and this application process also can be called the service shell.On the application server a plurality of application processes can be arranged.
The application service that runs on application service platform system shown in Figure 1 is developed based on application component (AppBean).The exploitation of application service need be undertaken by the good several AppBean of expansion customization, and a kind of AppBean is used to handle one type service request, and service request may be called from user client software, browser, internal reference or outside signaling.
In the exploitation moment of application service, AppBean can think an abstract base class, and all application services all can be derived from from this base class of AppBean.Below AppBean is introduced.
The abstraction interface of AppBean
-setup () realizes from installing
-prepare () realizes initializing resource
-run () realizes operation
Several subclasses of AppBean, each subclass may be handled multi-form signaling, and the application developer need select suitable subclass to go to realize the application of oneself, and wherein main subclass has following several:
-RemoteAppBean: each RemoteAppBean handles a specific Rpc request;
-HttpAppBean: handle a specific Http request;
-MessageAppBean: handle a specific message transaction;
Below above several AppBean are illustrated:
RemoteAppBean
Handle a specific Rpc request, may derive from following several scene
-derive from quoting of other AppBean;
-derive from proxy;
-derive from other system's external service;
Parameter interpretation
-＜A〉required parameter, the strongly-typed definition;
-＜R〉reply parameter, strongly-typed defines;
-＜C〉the application service context AppContext of particular type;
Call one during, the application service context (AppContext) of the particular type that this application service stated when realizing must be provided from application service that RemoteAppBean derives from, for example:
The following statement of application service meeting of obtaining user profile:
1. from RemoteAppBean＜GetOption, UserInfo, UserContext〉in derive from;
A. required parameter＜A〉be GetOption, for obtaining some option parameter of user
B. reply parameter＜R〉be UserInfo, be the set of user profile
C. application service context＜C〉be UserContext, be the user profile of current context, UserContext is used for identifying user ID
2. realize the process method logic of managing business
HttpAppBean
HttpAppBea is used to handle a specific Http request, and the Http request may come from:
-from the direct request of subscription client and browser, the request meeting is carried out the reverse proxy conversion by 7 layers of load of intelligence of HAP
-be directed to the request of other servers
Realize that a specific application service based on HttpAppBean need customize following parameter:
-application service context＜C 〉: the context of particular type;
-Context source: from where obtaining context＜C 〉;
-URL prefix: the URL prefix that this application service is handled.(the URL prefix is handled by HttpPrefix metadata mark, and back extended meeting is mentioned)
For example: develop one and be used for the flow process that the user unifies the application service of login authentication and be:
1. the base class from HttpAppBean derives from;
2. specify application service context type＜C〉be SessionContext;
3. specify the Context source to be the ssic field among the cookie;
4. realize the process method, read HttpRequest, return HttpResponse after the processing and give client.
MessageAppBean
MessageAppBean is used to handle the message transaction of loose coupling, and a MessageAppBean handles the Message of a particular type, and MessageAppBean can monitor the message queue of this type, and begins to handle when message queue arrives;
Realize that a specific MessageAppBean need specify following parameter
-application service context＜C 〉: the context of particular type;
-type of message＜A 〉: specify strongly-typed Message;
-incident title (Message Name): an overall unique name that is used for mark one class message;
MessageAppBean adopts the producer/consumer's pattern
-the producer can be pressed into message queue with the Message that produces
MessageQueueService.Enqueue(context，entity)；
-can when starting, get back to registration in the message queue service as consumer's MessageAppBean, and subscribe to the Queue of particular type, begin to accept the content among the Queue;
-producers and consumers allows one-to-many, the mapping relations of multi-to-multi.
More than three kinds of AppBean have been carried out introducing for example.
By above-mentioned illustrating as can be seen, the parameter of each AppBean is all not quite alike, but all comprises this parameter of AppContext.
AppContext
In application service platform of the present utility model system, application service context (AppContext) is the key of application call and resource location.Here application call comprises that acting server calls application service, and the application service of calling other in the application service, and these two kinds of application all need AppContext to realize the location of target application service.AppContext is divided into two parts from the data formation:
Uri: be string format, comprised user's index information, be responsible for the location, for example:
-id：230302023
-session：13910000001
Data: additional data
The strongly-typed data structure that-predefine is good;
-in some occasion, additional data can be offered the application service of back by Proxy.
The context that in system of the present utility model, has some to pre-define:
-NullContext: predefined empty context, being used in does not need contextual occasion;
-SessionContext: predefined the context of preserving session id.
Remove standard A ppContext, when using application service system platform of the present utility model to carry out regarded as output controlling, need some relevant bases of first custom service, AppContext is exactly one of them.Exemplify a specific embodiment below about AppContext.
For example: use application service platform of the present utility model system to open an instant message (IM) system, user in this IM system adopts an integer id to position, can customize the AppContex of this IM system so according to following mode, derive from called after UserContext from AppContext:
Uri part: " id:230302023 ", expression user's id, the id by this user so, application service position and database storage position that can consumer positioning;
The Data part:
-user's logging in network address;
-client type etc.;
As the UserContext that has customized the user, the AppBean that operates based on the user in all these systems can use UserContext as AppBean＜C〉parameter, as:
-obtain subscriber data;
-subscriber data is set;
-obtain buddy list etc.;
In addition, in application service platform of the present utility model system, except the AppContext based on unique user is provided, type of service based on group also is provided, and exploitation also needs to customize the AppContext based on group based on the application service of group, the IM system uses an integer to be used to identify group, derive from from AppContext, called after GroupContext, the structure of GroupContext is as follows:
The Uri part: " group:123123 ", the sign id of group, expression user's id, by the id of this group, we can locate the application service position of group, with the database storage position so;
The Data part:
The session parameter of-group;
The mandate of-group etc.;
Behind the GroupContext that has customized based on group, all AppBean that operate based on group in this system can use GroupContext as AppBean＜C〉parameter, as:
-group name is set;
-renewal group authority;
-obtain group deferred information etc.
The apply metadata mark
An application service on the plateform system shown in operation and the utility model may comprise following metadata mark:
(1.AppName the name of application service and systematic name)
Name and the systematic name of statement AppBean;
-AppName(category＝″Core″，name＝″AddBuddy″)
Here xxx is the mark of Java language to program metadata.
The Category:name overall situation is unique;
Category can be used for the classification of AppBean;
-make things convenient for the O﹠M personnel to be configured and classify;
-in a Category, if allow an AppBean must be become this AppBean statement open or friendly by the visit of the AppBean among other Category;
Public (): allow all AppBean visits;
Friendlly (" Core "): only allow to specify the Category visit;
Friendlly (" Core:AddBuddy "): only allow to specify application access;
(2.Stateful the state information of application service)
Stateful(″Presence″)
An AppBean has state when statement, and then this AppBean can be kept at state in this machine internal memory;
The application that does not mark Stateful all is considered as stateless and uses, and this machine internal memory of banning use of carries out the preservation of state;
If the Stateful parameter the same (" Presence ") of a plurality of AppBean statements among Category, then these several AppBean start in the process, and do not allow separately heat to upgrade;
The heat that is applied in of Stateful can lost condition when upgrading, so go to replace with the memcache mode as far as possible, suggestion is only in the very high field startup of some performance requirement;
When certain AppBean is declared as Stateful, can adopt the mode of consistency Hash of the AppContext binding of this AppBean to carry out route at the visit of this AppBean;
(3.BeforeHandler front service processing item)
Priority treatment front service before certain AppBean takes over control is judged log record, security audit etc. such as quota;
This Handler can interrupting service operation, revise professional suction parameter, can asynchronous process;
BeforeHandler(type＝SecurityQuotaHandler.class，params＝(″AddBuddy“))；
Realize that a BeforeHandler need realize emoteAppBeanHandler＜A, R, C＞interface;
-void?run(RemoteAppHandlerTx＜A，R，C＞tx)；
(4.AfterHandler rearmounted Business Processing item)
Handle after can specifying in professional success, or carry out after the failure, or no matter successfully failure is all carried out;
AfterHandler(type＝OperationLogHandler.class，result＝OpResults.All，params＝(″AddBuddy“))；
Handler can take complete required parameter, and is applied in the context data that adds among the context;
The result of Handler can not have influence on the return results of AppBean again
Implementation method is identical with B eforeHandler.
5.
HttpPrefix (the HTTP prefix is only at HttpAppBean)
Be used to mark the Http request scope that a HttpAppBean handles;
As: HttpPrefix ("/login.do ");
It is initial http request that this HttpAppB ean of-expression handles with login.do.
Message Name (the incident title is only at MessageAppBean)
Be used to mark the title of a MessageAppBean;
As: Message Name
(6.ContextLoader load application Service context information)
Be used to mark an AppBean and how load AppContext
As: ContextLoader (name=" CookieParser ")
-expression removes to handle Context by the program of CookieParser by name;
-CookieParser program is built in the middle of the Proxy, removes to load user related information by the Cookie field of handling among the HttpRequest.
The application service development process based on AppBean has been introduced in the front.The minimum particle size of application service exploitation is AppBean in the utility model as can be seen.Next introduce application service that exploitation finishes how in the process of application service system platform deploy and operation.
The application server that the front is mentioned in the server cluster in the application service system platform can be divided into a plurality of groups, an application service can be deployed on one group of application server, therefore at first introduces the packet configuration situation of the application server in the utility model.
In the utility model, the application server that can move application service need be in the unified configuration of the overall situation, the application server tabulation of the configuration overall situation and server packet tabulation on center service specifically.
The application server tabulation is as shown in table 1:
| Field name | Field type | Major key | Describe |
| ?ServerName | Varchar | Y | The application server title |
| ?ServerGroup | Varchar | The server packet title | |
| ?ServerAddress | Varchar | Application server address |
Table 1
By table 1 as seen, the application server tabulation comprises following information: group names, application server address under application server title, the application server.
The server packet tabulation is as shown in table 2:
| Field name | Field type | Major key | Describe |
| GroupName | varchar | Y | The server packet title |
| GroupDesc | Varchar | The application server descriptor |
Table 2
By table 2 as seen, the server packet tabulation comprises: the application server descriptor in server packet title, the grouping.
Central server is deployed to this application service on the single application server according to external command when receiving the application service of uploading the outside, perhaps is deployed on a plurality of servers that belong to same group.
In actual applications, many application servers can be divided into different groups, be used to move different application services, the benefit of server packet is as follows: 1. core application is specified application servers group specially, can guarantee that the resource of core application is used and stability; 2. specify independent application servers group to some newly-increased unsettled application, can reduce the risk of whole system; 3. help carrying out the distribution of whole resource and the adjustment of network strategy.
Load application is served the process of application server
In the utility model, the application service meeting finished of exploitation is loaded on the application server in the server cluster and moves, and the route of acting server at this application service is customized on the application server of this application service of load.This process comprises the steps:
-developer compiles the code of the application service that exploitation is finished, and generates the deployment bag (jar bag) that is used to dispose;
-O﹠M personnel are by loading tool (being generally AppLoader), the application type and the metadata of searching in the automatic analysis deployment bag by metadata mark, the data that analyze are write in the application service configuration information tabulation on the central server, and deployment wrapped pass on the central server.
Application service configuration information tabulation (hereinafter referred to as the Application table) is as shown in table 3:
Table 3
In table 3, can be about Annotations field: AppLoader by analyzing the metadata mark that Java application class and application class comprise, and extract type information and the metadata markup information of each AppBean, and the character string by JS ON (JavaScript Object Notation) form is kept at the Annotations field of Application table, and concrete form is as follows:
The Annotations field comprises classInfo son field and classAnnotations son field;
Comprise current type, type of foundation, and the general shape parameter of type of foundation in the classInfo field;
The classAnnotations field comprises each metadata mark that this AppBean comprises, each parameter of metadata mark, by " key ", " value " mode is stored.
In table 3, except WorkerPackage (application service dispose bag title), ServerGroup (application servers group) and Enabled (whether enabling) field, the data of remaining field write in the application service configuration information tabulation in the central server automatically by loading tool.This has been avoided the trouble and the risk of errors that manually write.
The option whether-O﹠M personnel selection application service is disposed bag title, application servers group and enabled upgrades Application table table.
-central server is under O﹠M personnel's instruction, and each application server in the application servers group shown in the Application table sends and loads the load instructions that bag is disposed in the indicated application service of Application table.
After the main frame process receives load instructions on the-application server, download the deployment bag of corresponding application service, and starting application process (AppWorker), this application process is moved this application service, and the running status of this application service is write in the application service operation tabulation in the central server.
Application service operation tabulation (hereinafter referred to as Running Worker table) is as shown in table 4:
Table 4
The application process of each startup all can connect with central server, and adds a running status record as shown in table 4 in the application service operation tabulation of the overall situation.
In table 4, an application service path form can for:
rpc＝tcp://192.168.1.100：8000；http＝http://192.168.1.100：8080。
The routing policy of application service
Acting server (proxy) need call certain application service, when perhaps an application service need be called the Another application service, positions by tabulation of application service configuration information and application service operation tabulation just.
For example, in an embodiment of the present utility model, the flow process of address of searching a Http application service is as follows:
1. acting server receives the Http request that client or browser send;
2. acting server visit central server from the Annotations field (the application service metadata marks field) of Application table, finds the record that request URL conforms in HttpPrefix (a kind of metadata markup information) and the Http request;
Specifically, enumerate the record in all Application table, find the HttpPrefix metadata mark among the Annotations, and whether the URL that judges request is initial with the value of HttpPrefix;
3. acting server generates AppContext according to the information of the Annotations field in the determined record in the step 2 (application service metadata mark field);
Specifically, find the ContextLoader information of Annotations field, find the assignment function that meets the ContextLoader value, information extraction is as the input of function from the Cookie field of Http request message, the operation function obtains AppContext;
4. acting server is found out the record that AppWorkerName field (the application process title of operation) conforms to it according to the WorkerName field in the determined record in the step 2 (application process name section) from Running Worker table; Can there be many records to conform to it.
5. acting server disposes according to the Stateful in the Annotations field in the determined record in the step 2 and carries out following selection:
If a. be ' true ', then use the mode of consistency Hash from many Running Worker, to select a record by AppContext information; Here, the consistency Hash is to calculate cryptographic Hash by the Uri character string of AppContext, selects the pairing record of cryptographic Hash; Concrete hash algorithm can adopt the KETAMA algorithm;
If b. be ' false ', then select a RuningWorker record at random;
6. extract the address information in the ServiceURLs field (application service path field) in the selected RuningWorker record, according to realizing calling of application service to address information.
In the above example, acting server receives is request at HttpAppBean, therefore looks for the HttpPrefix of the correspondence in the Application table according to the URL in this request, to find the application service of correspondence.If what acting server received is the Rpc request corresponding with RemoteAppBean, far call service name (RemoteAppName) in then directly asking according to this Rpc is searched the consistent Application table with it of application service title (AppName) field, the table that this Application table is generated when being the RemoteAppBean that disposes this Rpc request correspondence.If what acting server received is the Message message corresponding with MessageAppBean, then according to the incident title in this message, the record that the Annotations field of showing from Application finds MessageName to conform to described incident title, this record are the applied form data of application service of handling this message.
In the utility model, define and realize a application service with certain business function, this application service certainly will will visit various resources, provides application service as database, file server, memory object buffer server or other.In an embodiment of the present utility model, these resources are not the single-point services, just may there be the example of a plurality of vertical fractionations in the database of same type, in the present embodiment, an application service can accessed resources be bundled on the AppContext that states when realizing.
For example, we have stated an application service of obtaining user profile in front, and title GetUserInfoApp reads customer data base (UserDB) at the realization link of this application service, and the result is returned.Detailed process is as follows:
1. acting server receives the Http request that comes from client;
2. acting server is judged the application service that this request is corresponding by the URL of Http request; Be specially acting server by on the orient core server each
The Application table finds the HttpPrefix Application table consistent with the URL of Http request in the Annotations field, and the application service that this table is corresponding is this Http asks pairing application service;
3. discerning the corresponding application service of this request according to the judgement acting server in the 2nd step is the request of GetUserInfoAPP, and needs UserContext as context parameters;
4. acting server is by the Application tabulation of the correspondence on the visit central server, according to the ContextLoader information creating UserContext of its Annotations field;
5. acting server adds the UserContext data of being created in the Http request from client, behind the path by inquiry Application tabulation and RunningWorker tabulation acquisition GetUserInfoAPP, the Http request is forwarded to the application server at GetUserInfoAPP place;
6. after the application process of the operation GetUserInfoAPP on the application server receives the Http request, extract UserContext, and give GetUserInfoAPP and handle;
7.GetUserInfoAPP read UserDB, when reading UserDB, carry out the location of UserDB by the id information among the UserContext;
8.GetUserInfoAPP organize returned packet, and return to acting server;
9. acting server returns to client with returned packet.
In the step 7 of said process, position by resource (Resource) table.Resource table in an embodiment of the present utility model is as shown in table 5:
Table 5
Can realize different locate modes by realizing different mapping functions (Locator) at different resource.For example in last example, the concrete configuration of resource table is as shown in table 6:
| Field name | Explanation of field | The example value |
| ResourceName | Resource name | ?UserDB |
| ResourceType | Resource type | ?Database |
| ContextType | The Context that the location relies on | ?UserContext |
| LocatorName | Location algorithm | ?ModDatabaseLocator |
| LocatorParams | The parameter of location algorithm | ?5 |
Table 6
When then using id:1001 location UserDB in step 7, ModDatabaseLocator can take out 1001, and removes 5 with 1001, and getting remainder is 1, returns the database instance of UserDB.1 by name.
By as seen above-mentioned, this application service platform system that constitutes by above-mentioned acting server, application server cluster, central server and Resource Server of the utility model, the server resource that disperses logically is incorporated into together, greatly reduced the development difficulty of using, improved the flexibility of disposing and reduced the difficulty of disposing.
The above only is preferred embodiment of the present utility model; not in order to restriction the utility model; all within spirit of the present utility model and principle, any modification of being made, be equal to replacement, improvement etc., all should be included within the scope of the utility model protection.
Claims (2)
1. an application service platform system is characterized in that, this system comprises: acting server, application server cluster, central server and the Resource Server formed by a plurality of application servers, wherein:
Constitute application server cluster by the cluster connected mode between described a plurality of application server;
Each acting server is connected with central server respectively with described application server cluster;
Each acting server is connected with server cluster respectively with each Resource Server.
2. system according to claim 1 is characterized in that,
Described a plurality of acting server comprises: HTML (Hypertext Markup Language) HT TP acting server, initial session sip proxy server and note system SMS acting server;
Described Resource Server comprises: database server, file server and memory object buffer server.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104200619A (en) * | 2014-08-26 | 2014-12-10 | 四川亿信信用评估有限公司 | Automatic sending system for meteorological geological disaster forecasting and early-warning message |
| CN103747107B (en) * | 2014-01-27 | 2017-03-15 | 西安雷迪信息技术有限公司 | A kind of compatible cloud operating platform and its implementation |
| CN108595222A (en) * | 2018-04-26 | 2018-09-28 | 努比亚技术有限公司 | Background service environmental structure method, server and computer readable storage medium |
-
2011
- 2011-04-18 CN CN2011201144897U patent/CN202077062U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103747107B (en) * | 2014-01-27 | 2017-03-15 | 西安雷迪信息技术有限公司 | A kind of compatible cloud operating platform and its implementation |
| CN104200619A (en) * | 2014-08-26 | 2014-12-10 | 四川亿信信用评估有限公司 | Automatic sending system for meteorological geological disaster forecasting and early-warning message |
| CN108595222A (en) * | 2018-04-26 | 2018-09-28 | 努比亚技术有限公司 | Background service environmental structure method, server and computer readable storage medium |
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