CN102413022A - Application debugging method and system - Google Patents
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- CN102413022A CN102413022A CN2011104606638A CN201110460663A CN102413022A CN 102413022 A CN102413022 A CN 102413022A CN 2011104606638 A CN2011104606638 A CN 2011104606638A CN 201110460663 A CN201110460663 A CN 201110460663A CN 102413022 A CN102413022 A CN 102413022A
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Abstract
The invention discloses an application debugging method and system. The application debugging system comprises an expansion plug-in and an application service platform system, and a proxy server and a cloud computing application service system are arranged in the application service platform system. The application debugging method comprises: the expansion plug-in locally starts applications; the started applications create connections with the proxy server and send configuration parameters for application debugging to the proxy server; the configuration parameters for application debugging are limited to users within a specified range; after receiving a request message from a client side, the proxy server firstly matches the configuration parameters for application debugging; if the match is successful, the proxy server sends the request message from the client side to the started applications for processing the message, and then sends the processing result returned by the started applications to the client side; and if the match is failed, the proxy server distributes the request from the client side to application servers, at which the corresponding applications are located, in the cloud computing application service system. According to the technical scheme of the invention, environmental injection debugging can be carried out on an application development machine.
Description
Technical field
The present invention relates to Internet technical field, particularly a kind of application adjustment method and system.
Background technology
So-called application program debugging is before the program of working out is dropped into actual motion, to test, and revises the process of syntax error and logic error.This is the necessary procedure that guarantees the computer information system correctness.
In the prior art, debug an application program and need program division be deployed to (test environment or production environment) in the middle of the actual motion environment, but the application that is deployed in the test environment is difficult to debugging.
Summary of the invention
In view of this, the invention provides a kind of application adjustment method and system, scheme of the present invention can be carried out the pouring-in debugging of environment on the developing engine of using.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention discloses a kind of application adjustment method, realize expansion plugin and application service platform system, acting server and cloud computing application service system are set in the application service platform system, this method comprises:
Expansion plugin starts in this locality to be used;
The application of said startup is created with acting server and is connected, and will debug the configuration parameter of application to the acting server transmission; The said configuration parameter that will debug application limits the user in the specified scope;
Acting server is after receiving client request message; At first mate the said configuration parameter that will debug application; If mate successfully then client request message sent to the application processes of said startup; And the result that the application of said startup is returned sends to client, if coupling is unsuccessful, the correspondence that then client-requested is distributed in the cloud computing application service system is used the application server at place.
The invention also discloses a kind of application debug system, this system comprises: expansion plugin and application service platform system; Said application service platform system comprises: acting server and cloud computing application service system;
Expansion plugin is used for the startup application in this locality; The application of this startup is created with acting server and is connected, and will debug the configuration parameter of application to the acting server transmission; The said configuration parameter that will debug application limits the user in the specified scope;
Acting server; Be used for after receiving client request message; At first mate the said configuration parameter that will debug application, if mate successfully then client request message is sent to the application processes of said startup, and the result that the application of said startup is returned sends to client; If coupling is unsuccessful, the correspondence that then client-requested is distributed in the cloud computing application service system is used the application server at place.
By above-mentioned visible; This expansion plugin of the present invention starts in this locality to be used; The application of said startup is created with acting server and is connected, and will debug the configuration parameter of application to the acting server transmission, and acting server is after receiving client request message; At first mate the said configuration parameter that will debug application; If mate successfully then client request message is sent to the application processes of said startup, and the result that the application of said startup is returned sends to client, if coupling is unsuccessful; Again client-requested is distributed to the technical scheme of the application server at the correspondence application place in the cloud computing application service system, can on the developing engine of using, carries out the pouring-in debugging of environment.
Description of drawings
Fig. 1 is an actual networking sketch map of the application service platform system in the embodiment of the invention;
Fig. 2 is the sketch map of the pouring-in debug system in the embodiment of the invention.
Embodiment
For making the object of the invention, technical scheme and advantage clearer, will combine accompanying drawing that embodiment of the present invention is done to describe in detail further below.
In order to illustrate the pouring-in application adjustment method that provides among the present invention, the plateform system of at first operation among the present invention being used and should developing describes.
Fig. 1 is an actual networking sketch map of the application service platform system in the embodiment of the invention.As shown in Figure 1; This application service platform system comprises: acting server and cloud computing application service system; Wherein, Load and operation are used on the application server cluster in the cloud computing application service system, and preserve the descriptor of application and the corresponding relation between application and the application server in the cloud computing application service system;
Acting server; Be used to receive client request message; Client request message is resolved, confirm corresponding application, create application context according to the descriptor of this application; After in said client request message, adding application context, client request message is distributed to the application server at corresponding application place according to said application and the corresponding relation between the application server; Receive the result that the application server end returns, and return to client;
Said application server in the said cloud computing application service system is used for when receiving the client request message of acting server transmission, giving corresponding application with this client request message and handling, and result is returned to acting server; This client request message institute tasks requested of the application processes of said correspondence is carried out the data resource location according to said application context, draws result.
Application server returns to client with said result through acting server.
Application of preserving in the above-mentioned cloud computing application service system and the corresponding relation between the application server adopt table storage, wherein record application process title and application service path, i.e. corresponding relation between application and the application server.
In the embodiment of the invention, the cloud computing application service system comprises: central server, Resource Server and the server cluster of forming by a plurality of application servers, wherein:
Central server; Be used to receive the application that upload the outside; The descriptor of using is saved in the application configuration information tabulation; Create the corresponding relation between said application and the application server, and should use, preserve the application operation information tabulation that is used to preserve the corresponding relation between application and the application server in the corresponding application server deploy;
Each application server, be used for operation information with the application of institute's load upload to being used on the central server preserve use and application server between the application operation information tabulation of corresponding relation;
Wherein, the application configuration information tabulation comprises following information: application ID, Apply Names, application service type, application process name, application service metadata mark; Use the operation information tabulation and comprise following information: the address of service of application process title, application;
Resource Server, the data resource that need visit when being used to preserve each the application processes client request message institute tasks requested on the application server; In the present embodiment, Resource Server comprises: database server, file server and memory object buffer server.
Acting server; Be used to receive client request message; Through the pairing application of the tabulation of the application configuration information on Help Center's server this client request message of identification; Obtain the address of service of corresponding application then through tabulation of the application configuration information on Help Center's server and the tabulation of application operation information, client request message is distributed to the application server that corresponding application belongs to according to the address of service that is obtained; Receive the result that the application server end returns, and return to client;
In one embodiment of the invention, acting server comprises: HTTP http proxy server, initial session sip proxy server and note system SMS acting server.Wherein, http proxy server is responsible for distributing HTTP and is used, 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 of sending short messages.
In addition, the cloud computing application service system also comprises and application server cluster connection basis service server (this infrastructure service server does not draw in Fig. 1), is used to provide some core application or the independent utility of platform internal demands.
In application service platform system shown in Figure 1; Said acting server; Be used for when receiving client request message, from client request message, extract required parameter, the application configuration information tabulation in Help Center's server; Find out the application configuration information list items that required parameter and metadata mark field meets, and then identify corresponding application.
For example: when receiving the HTTP request message; According to the uniform resource position mark URL in this request message; Application configuration information tabulation on Help Center's server; Find out apply metadata mark field and include the application configuration information list items with said URL consistent information, identify the pairing application of this client request message according to the Apply Names in the application configuration information list items that is found out;
Perhaps; Acting server is when receiving the far call process agreement Rpc request corresponding with far call application component RemoteAppBean; According to the far call service name (RemoteAppName) in this request message; Find out Apply Names on the central server (AppName) the field application configuration information list items consistent, identify the pairing application of this request message according to the Apply Names field in the application configuration information list items that is found out with said far call service name;
Said acting server; Be used for application process name according to the application configuration information list items that is found out; Find out application process name field on the central server and comprise the application operation information list items with said application process name consistent information, from the application operation information list items that is found out, obtain the address of service information of application service.And according to the address of service information of said application client request message is distributed to the application server at corresponding application place.
Said acting server, according in the metadata in the application configuration information list items that the is found out mark field 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 and location algorithm parameter;
Be applied in receive client request message after, in accomplishing the process of this client request message institute tasks requested, carry out the resource location according to the corresponding informance in application context and the Resources list.
It is thus clear that; This application service platform system that constitutes by above-mentioned acting server, application server cluster, central server and Resource Server of the present invention; 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 application service platform system develops based on following hierarchical structure, and acting server, infrastructure service and the load running application on application server cluster is all developed based on following hierarchical structure on the acting server specifically:
Exploitation basic framework class libraries (Framework): the basic framework class libraries provides basic Core Feature and the expansion interface that is used for customizing in the specific transactions field; Definition and realize multiple application component AppBean type of foundation in the basic framework class libraries, and in the basic framework class libraries predefine realization of application context interface and basic application context type, so that basic Core Feature to be provided; The application that wherein different AppBean type of foundations is corresponding dissimilar is used for the processing of dissimilar signalings; New AppBean type of foundation that the expansion interface that the basic framework class libraries provides specifically is used in business framework class libraries BizLibrary, expanding and new application context.
According to traffic performance, on the basis of basic framework class libraries, be developed as the business framework class libraries (Biz Library) of business customizing.The business framework class libraries also provides professional relevant expansion interface, is used to expand new application;
Based on basic framework class libraries and business framework class libraries, exploitation realizes application, infrastructure service and the acting server of business demand.
Application-dependent realizes business demand in Framework and Biz Library.
Infrastructure service depends on Framework and Biz Library, and infrastructure service is provided.
Acting server depends on Framework and Biz Library, realizes route and loading functional based on business.
In embodiments of the present invention, application and development pattern based on application component (AppBean) is provided.Here the exploitation that definition is minimum and the granularity of load are AppBean, and an AppBean is defined as the application program that realizes a small granularity function.
Generally speaking application definition is arrived the signaling rank; Be defined into the difference of the concrete manifestation form of other application of signaling level according to business; Can have multiple, such as can being a specific Http request (like GET/default.do), or a specific up note (FROM:13800138000; TO:10658000032; TEXT:HELLO), or a specific SIP instruction, or a RPC instruction (method is not an interface) or the like.
In the embodiment of the invention, handle a perhaps application of many instructions, be defined as AppBean; Application can develop and field least unit be AppBean, can be to a signaling or many signalings exploitation AppBean, and it is deployed in the plateform system; Accept user's request, request maybe be from user client software, browser; Internal reference, or outside signaling is called.
In the embodiment of the invention; Use based on the Java implementation part, AppBean is described to an interface (interface), and all specific AppBean can derive from from this interface; In order to the realization specific method, such as mechanism, configuration initialization, service loading and service unloading etc. are installed certainly.
AppBean is an abstraction interface, but during application and development, must derive from from the AppBean type of foundation (BaseAppBeanTypes) for specific signaling process design.
In embodiments of the present invention, the AppBean type of foundation of having realized comprises: handle the JobAppBean of the HttpAppBean of HTTP request, the RemoteAppBean that handles the RPC request and processing timed task etc.
Each specific AppBean type of foundation can be handled the signaling of particular form, and the application developer need select proper A ppBean type of foundation to go to realize the application of oneself.The AppBean type of foundation is not limited to above-mentioned several kinds, on the aspect of Biz Library, can expand the BaseAppBeanType of particular type, and realizes the Proxy that particular type is handled.
About application context (being called AppContext)
Not only development mode is split as towards independent signaling among the present invention, and signaling and application context are bound together, application context is called AppContext.In application service platform of the present invention system, application service context (AppContext) is the key of application call and resource location.Here application call comprises the service of acting server calling application, 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 intended application service.
AppContext can understand like this: AppContext binds the place environment identity of a current application operation, such as the active user, does like this, and the developer constantly is based on AppContext (active user) in exploitation and develops; Access resources (database, file, buffer memory) all must be through current AppContext; The developer can be without management database like this, file, the fractionation problem of buffer memory etc.; Even the machine room problem of striding of user data, only the pass is developed based on the active user and is got final product, and has simplified development mode greatly; System deployment structure and development process are kept apart, realize efficiently, easily the PaaS platform.
AppContext is divided into two parts from the data formation, but AppContext is serializing and unserializing:
(1) generic resource identifier URI (Context Uri): be string format, comprise user's index information, be responsible for follow-up location, like id:230302023; Session:13910000001.
(2) additional data (ContextData): be the good strongly-typed data structure of predefine, can comprise a plurality of fields; It comprises the attribute information of this application; The attribute information of using comprises: session parameter, authorization message etc.;
In some occasion, additional data can be produced by Proxy and offer the back application, in the long Proxy server scene (referring to the Proxys chapters and sections) that connects.
Support getNamedValue (String fieldName) method, can get access to the data of a specific fields name, the method is used to gray scale issue occasion (literary composition of seeing after).
AppContext is an abstract base class, in Framework predefine below the AppContext subclass:
NullContext: predefined empty context, being used in does not need contextual occasion;
SessionContext: predefined the context of preserving session Id.
In complicated applications; Generally can in Biz Library, expand specific AppContext; Such as an IM system; On SIP Proxy, can preserve user's Session, we can expand UserContext so, all can receive Proxy each application processes the time so and go up the Session information of preserving.
Remove standard A ppContext, when using application service system platform of the present invention to carry out regarded as output controlling, need some relevant bases of first custom service, AppContext is exactly one of them.The specific embodiment of giving an example below about AppContext.
For example: use application service platform of the present invention 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 through 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 invention system, except the AppContext based on unique user is provided; Type of service based on group also is provided, and exploitation also need 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 following:
The Uri part: " group:123123 ", the sign id of group, expression user's id, through 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.
Metadata mark (Annotations) information of using
In invention; When developing an application AppBean and expansion AppBean; Can be through the mode of loading of Java metadata mark (Annotation) mark application, data such as operational mode are behind this data compilation; Can load in the runtime, or from the binary system bag after the compiling, data extracted from reflection.
In an embodiment of the present invention, some predefined Annotations such as hereinafter are described, and the AppBean of expansion can define own specific Annotation.
(1.AppName the name of application and systematic name)
Name and the systematic name of statement AppBean;
-AppName(category＝″Core″，name＝″GetUserInfo″)；
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 this AppBean statement be become openly by the visit of the AppBean among other Category, or friendly;
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)
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 regarded 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 the consistency Hash that the AppContext of this AppBean binds to carry out route to the visit of this AppBean.
3.HttpPrefix
HttpPrefix (the HTTP prefix is only to HttpAppBean)
Be used to mark the Http request scope that a HttpAppBean handles;
As: HttpPrefix ("/login.do ");
It is initial http request that this HttpAppBean of-expression handles with login.do.
Message Name (the incident title is only to MessageAppBean)
Be used to mark the title of a MessageAppBean;
As: Message Name
(4.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 through the program of CookieParser by name;
-CookieParser program is built in the middle of the Proxy, removes to load user related information through the Cookie field of handling among the Http Request.
In an embodiment of the present invention, some predefined Annotations are not limited to as above several kinds, can be according to other mark of practical business increase in demand.
Basis AppBean type (AppBeanBaseType)
In Framework, realize that the step of an AppBeanBaseType is described as follows:
An AppBeanBaseType comprises following assembly and characteristic:
AppBeanBaseType is an abstract base class
AppBeanBaseType must add mark AppBeanBaseType, could be recognized by AppLoader like this
In AppBean, do not have the professional method of definition process, but in AppBeanBaseType, the abstract method of managing business must be provided, offer the application subclass and go to realize
Use constantly, AppBeanBaseType is a single-piece, can import whole required parameters of this service operation in the Business Processing abstract method into, and with the affairs abstract class of answer method, we are referred to as AppTx
AppTx can be bundled on the AppContext generally speaking
Must realize corresponding AppHost class, the actual method for processing business that triggers AppBean of AppHost class meeting, AppHost can derive from AppBeanBaseType
Need realize being responsible for the AppBeanRouteManager of this request of distribution generally speaking and handle the Proxy (independent agency service) that uses
In Framework, realized the AppBeanBaseType on several bases, but using spendable AppBean is not limited to following several types, can also on Biz Library level, expand.
(1.HttpAppBean HTTP application component)
HttpAppBean is used to handle a specific Http request, and the Http request possibly come from the direct request from subscription client browser or program, and the request meeting is forwarded on the application process through 7 layers of load of intelligence of Http Proxy.The Http request also possibly derive from the request of other servers.
HttpAppBean < C extends AppContext>is a general type class, and wherein general shape parameter is explained as follows:
Context < C >: the context of particular type
Context source: from where obtaining context < C >;
URL prefix: the URL prefix of this application processes (the URL prefix is handled through HttpPrefix metadata mark)
HttpAppBean indicates own handled request UrlPrefix (prefix) through mark, and for example, it is roughly following to develop a step that is used for the most simple HttpAppBean:
1. the base class from HttpAppBean derives from
HttpPrefix(“/Hello”)
AppName(category＝”example”name＝”hello”)
class?Hello?WorldAppBean?extends?HttpAppBean<NullContext>()
2. specify context type < C >, be NullContext, promptly do not need context;
3. through the HttpPrefix mark, expression is used to handle the request of the address that is dealt into the HttpPrefix mark;
4. through the AppName mark, the catalogue that expression should be used is example, and name is called hello;
5. realize process () method, process () method is the abstract method that defines among the HttpAppBean, reads HttpRequest, after the processing, returns HttpResponse and gives client.
For example: developing a flow process that is used for the application of user's unified logging authentication is:
1. the base class from HttpAppBean derives from;
2. specifying application service context type < C>is 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.
(2.RemoteAppBean far call application component)
RemoteAppBean derives from from AppBean, is used for handling a specific Rpc request, and the Rpc request possibly derive from following several scene
Deriving from calling of other AppBean, possibly be to come Source Type arbitrarily;
Derive from its proxy;
Deriving from other external service calls.
RemoteAppBean is a general type class, and wherein general shape parameter is explained as follows:
< A >: required parameter, strongly-typed definition, but serializing;
< R >: reply parameter, strongly-typed definition, but serializing;
< C >: the application context of particular type.
Realize that a RemoteAppBean must provide definite following type, the step of for example developing the RemoteAppBean that a processing obtains subscriber data is following:
1. the base class from RemoteAppBean derives from
AppName(category＝”example”，name＝”GetUserInfo”)
class?GetUserInfo?extends?RemoteAppBean<GetOption，UserInfo，NullContext>
2. definition required parameter type < A>is GetOption, but GetOption is the serializing class, preserves id and the option parameter of obtaining the user;
3. defining and replying parameter type < R>is UserInfo, but UserInfo is the serializing class, preserves user profile;
4. defining context < C>is NullContext, does not need context in the present case;
5. inherit the back and realize that process () method is used to the logic of managing business, inherit load () method and use and initialization, inherit the unloading of unload () method, inherit setup () method and realize installing certainly.
The application context (AppContext) of the particular type that this RemoteAppBean stated when realizing must be provided when calling a RemoteAppBean.
An application meeting of obtaining user profile is stated as follows:
1. from RemoteAppBean < GetOption, UserInfo, UserContext >, derive from;
A. required parameter < A>is GetOption, for obtaining some option parameter of user
B. reply parameter < R>and be UserInfo, be the set of user profile
C. application context < C>is UserContext, is the user profile of current context, and UserContext is used for identifying user ID
2. realize the process method logic of managing business
(3.JobAppBean task application assembly)
JobAppBean derives from from AppBean, is used for handling a timed task, and can guarantee in the overall situation that timed task monopolizes operation on certain resource.
The step that realizes a JobAppBean is following
1. the base class from JobAppBean derives from
JobSchedule(cron＝”*/5****”)
JobResource(resource＝”USERDB”，parallel＝true)
AppName(category＝”example”，name＝”GetUserInfo”)
class?GetUserJobApp?extends?JobAppBean
2. the running time of definition Job, wherein the running time of Job is according to the time operation of explaining in the Corn expression formula
3. define the resource that Job will monopolize, ask for an interview next joint about the definition of resource, after the binding resource, the JobAppBean in the plateform system will can not rerun to this resource the time.
Resource access location based on AppContext
In the present invention, define and realize an application with certain business function after, this is used and certainly will will visit various resources, like database, file server, memory object buffer server or other services that provides etc.Application service platform system among the present invention is large-scale distributed system, so these resources are not the single-point services, just possibly there is the instance of a plurality of vertical fractionations (Sharding) in the database of same type.Among the present invention an application can accessed resources be bundled on its application context AppContext.
Such as, stating an application of obtaining user profile, GetUserInfoApp by name reads customer data base (UserDB) at the realization link of using, and the result is returned.Wherein there are a plurality of instances of vertically splitting behind the delivery of carrying out through user id in UserDB.
Detailed process is following so:
1. acting server Http Proxy receives the Http request that comes from client;
2.Http Proxy judges the application that this request is corresponding through the URL of Http request; Be specially Http Proxy through the application configuration information tabulation on the visit central server; Find the consistent application configuration information list items of URL of HttpPrefix and Http request in the metadata mark Annotations field, the application of this list item correspondence is this Http asks pairing application;
3.Http Proxy is the request of GetUserInfoApp through this request of step 2 identification, and needs UserContext as context parameters;
4.Http Prorxy is according to the ContextLoader in the Annotations field in the application configuration information list item, and the relevant information of extracting in the Http request message is created UserContext;
5.Http Proxy is forwarded to the application server that GetUserInfoApp belongs to the Http request after in the Http request from client, having added the UserContext data; Here use the address of service that the operation information tabulation obtains GetUserInfoAPP through inquiry.
6. the application process of the operation GetUserInfoApp on the application server receives the Http request, extracts UserContext, and gives GetUserInfoApp and handle;
7.GetUserInfoApp read UserDB, when reading UserDB,, carry out the location of UserDB through the id information among the UserContext;
8.GetUserInfoApp organize returned packet, and return to Http Proxy;
9.Http Proxy returns to client with returned packet.
In the step 7 of said process, position through resource (Resource) table.Resource table in one embodiment of the invention is as shown in table 1:
Table 1
Can realize different locate modes through realizing different mapping functions (Locator) to different resource.For example in last example, the concrete configuration of resource table is as shown in table 2:
Table 2
When then in step 7, using id:1001 location UserDB, ModDatabaseLocator can take out 1001, and removes 5 with 1001, and getting remainder is 1, returns the database instance of UserDB.1 by name.
Again for example:
Develop an instant message (being abbreviated as IM) system, the user in this IM system adopts the id of an integer to position, and the AppContext of this IM system of scheme customization derives from from AppContext so as follows, called after UserContext,
-Uri part: " Id:230302023 ", expression user's id, the id through this user so, the application site that we can consumer positioning is with the database storage position
-Data part:
User's logging in network address,
Client type
Deng ...
As the UserContext that has customized based on 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, obtains buddy list ...
But in an IM platform; Except the AppContext based on the user is provided; Also have the type of service based on group, exploitation also need customize the AppContext based on group based on the application of group; The IM system uses an integer to be used to identify group, and the GroupContext structure is following so
-Uri part: " group:123123 ", the sign id of group, expression user's id, through the id of this group, we can locate the application site of group, with the database storage position so
-Data partly comprises: the session parameter of group, the mandate of group etc.
Behind the GroupContext that has customized based on group, the AppBean that operates based on group in all these systems can use GroupContext as AppBean < C>parameter
As: group name is set, upgrades group's authority, obtains group deferred information ...
Next introduce based on the application and development mode of plug-in unit and the pouring-in debud mode of application
In the application and development based on Java of the present invention, generated expansion plugin based on existing plug-in unit system (Eclipse), this expansion plugin connects the development management server and realizes following function:
Create and the management engineering assembly, realize upgrade-system based on version;
Create the skeleton code of using;
Realization is to the generation of RemoteAppBean invoke code, and the dependence information of assisting management;
The pouring-in debugging of realization to using.
The version management of assembly
In native system, need carry out the dependence of different editions assembly in the exploitation, the mode that relies on for the version of base library is following, for example:
Exploitation is during Apps1.0, relies on to be Framework-1.0.jar, BizLibrary-1.0-jar;
Exploitation is during Apps2.0, relies on to be Framework-1.1.jar, BizLibrary-2.0-jar.
Native system addresses this problem like this, and the definition of version is following:
1.0 version relies on the storehouse and comprises: Framework-1.0.jar; BizLibrary-1.0.jar;
2.0 version relies on the storehouse and comprises: Framework-1.1.jar; BizLibrary-2.0.jar.
This version information is created by development management person, and each upgraded version all need increase this configuration information newly in the repository of development management server.
Dependence configuration during new construction is set up
When creating the App engineering, exploitation needs to select a current version, and after the developer selected version, the step that plug-in unit carries out was following:
1. obtain the information of the bag of dependence through the development management server;
2. obtain the bag of particular version;
3. dependence is joined in the current App engineering-environment;
4. version number is write (this version also can follow-uply have influence on program and reach the standard grade, and the gray scale issue) in the META-INF/AppBean.properties version
The dependence configuration upgrading of old engineering
When we need to carry out the upgrading of old application according to the base library of new issue, such as, when base library upgrades to 2.0 versions, our step during with application upgrade to 2.0 version of 1.0 versions is following:
1. the developer selects current version to 2.0;
2. plug-in unit reads the dependence library information of 2.0 versions to edition management system;
3. the dependence plug-in unit of plug-in download development management system configuration;
4. replace local dependence;
5. upgrade successfully.
Generation to the invoke code of RemoteAppBean
RemoteAppBean is a key concept of realizing using exchanging visit and application level in the native system; After having realized that RemoteAppBean and process AppLoader upload to central server, any one hopes that the application need of this RemoteAppBean of visit generates the proxy class of calling to this RemoteAppBean.
When the application of needs of exploitation visit RemoteAppBean, expansion plugin obtains disclosed all RemoteAppBean from the development management server, and its information is shown to the developer, and the developer selects the RemoteAppBean that will call again; Expansion plugin obtains following information from the reflective information of selected RemoteAppBean: Apply Names and type information; Expansion plugin generates request and acknowledgement type entity class according to the information of being obtained; Expansion plugin is according to described request and reply entity type establishment proxy class, and this proxy class is inserted into said need the visit in the application of RemoteAppBean.
Concrete steps are following:
1. the developer begins to carry out the RemoteAppBean dependence;
2. plug-in unit is visited the development management platform and is received current all disclosed RemoteAppBean, and the developer is returned and be shown to its information;
3. the developer selects the RemoteAppBean that will call;
4. plug-in unit obtains following information from the reflective information of RemoteAppBean:
A) AppName: Apply Names;
B) type information comprises: request, reply, and context type;
5. plug-in unit generates request according to top information, the acknowledgement type entity class, and this process is following:
A) AppLoader can save as the intermediate data of reflection with request and acknowledgement type, preserves in the management platform storehouse;
B) if this type in the middle existence of quoting of this engineering, is then directly quoted such;
C) otherwise plug-in unit according to intermediate data, regenerate the request with acknowledgement type the class code;
6. use the request of last step acquisition, with acknowledgement type, create proxy class, proxy class can be used the context type that obtains in the step 4;
7. the initialization with proxy class is inserted among the AppBean that calls.
Rely on and detect
In large-scale complex platform, the dependence between different services is a problem that is very difficult to manage.
In the present invention, show the dependence information of creating between using, and in the renewal process of using, detect dependence information, with the renewal that determines whether to use.
When AppLoader loads the App engineering of an existence dependence, can dependence information be saved as following data:
Caller;
Callee;
The required parameter type information that relies on;
The parameter type information of replying that relies on.
For example, when Application of B relied on application A, dependence information can be created by system:
Caller: B
Callee: A
The required parameter type information that relies on: A.RequestArgs
What rely on replys parameter type information: A.ResponseArgs
Dependence in the renewal process of using detects
There is dependence in B to A, but when A upgraded to A ', it was following to rely on the step that detects:
1. deployment program is uploaded application A ', and initiate update instruction;
2. deployment program finds that application program B depends on A, at this moment can be to A ' and B to the request of the dependence of A and reply parameter and compare, have two kinds possible:
A) request of A ' and reply the request of parameter and A and reply parameter compatibility (equate, or backward compatible), system allows to upgrade, and A and B are labeled as refresh routine;
B) request of A ' and reply parameter and the request of A and to reply parameter incompatible, system will not allow to upgrade, only if the renewal of B is also submitted in the lump, or earlier B rolled off the production line.
The version test specification is estimated
Description through a last joint scene; When the application and development of certain version; System can write down the more new record of all time points, when the system manager confirms to reach the standard grade version, can extract the range of application tabulation that behind certain time point, may have influence on from certain time point like this.
This tabulation can be carried out automatic test specification and judge that the step of extraction is following:
1. find out the application that all upgrade behind time point;
2. find out the application that relies on these application;
3. recurrence is found out the application in the step 2, up to there not being refers to;
4. include all application of finding out in test specification.
Pouring-in debugging
Debug an application program generally speaking and need program division be deployed to (test environment or production environment) in the middle of the actual motion environment; But the application that is deployed in the test environment is difficult to debugging, and native system has been invented a kind of pouring-in solution can solve the debugging problem of developer to running environment.
Solution is: expansion plugin starts in this locality to be used; The application of said startup is created with acting server and is connected, and will debug the configuration parameter of application to the acting server transmission; The said configuration parameter that will debug application limits the user in the specified scope; Acting server is after receiving client request message; At first mate the said configuration parameter that will debug application; If mate successfully then client request message sent to the application processes of said startup; And the result that the application of said startup is returned sends to client, if coupling is unsuccessful, then client-requested is distributed to the application server at corresponding application place.
When the application of said startup is withdrawed from, interrupt with acting server between be connected the configuration parameter of this application of acting server deletion.
Fig. 2 is the sketch map of the pouring-in debug system in the embodiment of the invention.Referring to Fig. 2, plug-in unit is connected with acting server in the system shown in Figure 1, has only illustrated acting server and the application server cluster in the system shown in Figure 1 here.
As shown in Figure 2, in the environment of normal operation, acting server can be directly issued in the request of client, and acting server sends the certain applications server according to application configuration then, referring to the description of the chapters and sections of front.
The step of injecting debugging is following:
1. the application meeting that starts through plug-in unit is created long the connection with the acting server (each all will be created) of particular type, and interception request;
2. use to acting server and send the request of injection, the configuration parameter of the application of debugging is sent to acting server, wherein the configuration parameter used of plug-in unit restriction must comprise grey parameter (just can only influence the user in the fixed range);
3. acting server can add the injection item in the routing table of this locality;
4. after acting on behalf of server and listening to request, can judge whether request satisfies current injection condition from client; Do not satisfy the request meeting of injection condition and carry out route according to original logical routing.
5. the request meeting of satisfying injection condition is connected the application that request is transmitted to the plug-in unit startup through growing of plug-in unit and acting server foundation;
6. the application meeting will convert the request under the normal condition into from connection requests, and pass to use and handle, and will reply to return and send to acting server, and through the descending client of giving of acting server;
7. after application is withdrawed from, can interrupt with being connected of acting server, at this moment acting server can remove injecting item automatically.
So just realized on developing engine, carrying out the injection debugging of environment.
By above-mentioned visible; This expansion plugin of the present invention starts in this locality to be used; The application of said startup is created with acting server and is connected, and will debug the configuration parameter of application to the acting server transmission, and acting server is after receiving client request message; At first mate the said configuration parameter that will debug application; If mate successfully then client request message is sent to the application processes of said startup, and the result that the application of said startup is returned sends to client, if coupling is unsuccessful; Again client-requested is distributed to the technical scheme of the application server at the correspondence application place in the cloud computing application service system, can on the developing engine of using, carries out the pouring-in debugging of environment.
The above is merely preferred embodiment of the present invention, is not to be used to limit protection scope of the present invention.All any modifications of within spirit of the present invention and principle, being done, be equal to replacement, improvement etc., all be included in protection scope of the present invention.
Claims (10)
1. use adjustment method for one kind, it is characterized in that, realize expansion plugin and application service platform system, acting server and cloud computing application service system are set in the application service platform system, this method comprises:
Expansion plugin starts in this locality to be used;
The application of said startup is created with acting server and is connected, and will debug the configuration parameter of application to the acting server transmission; The said configuration parameter that will debug application limits the user in the specified scope;
Acting server is after receiving client request message; At first mate the said configuration parameter that will debug application; If mate successfully then client request message sent to the application processes of said startup; And the result that the application of said startup is returned sends to client, if coupling is unsuccessful, the correspondence that then client-requested is distributed in the cloud computing application service system is used the application server at place.
2. method according to claim 1 is characterized in that, this method further comprises:
When the application of said startup is withdrawed from, interrupt with acting server between be connected the configuration parameter of this application of acting server deletion.
3. method according to claim 1 is characterized in that,
Said realization expansion plugin comprises: generate expansion plugin based on the Eclipse of plug-in unit system;
This method also comprises: in the development process of using, this expansion plugin creates and the management engineering assembly, realize based on version upgrade-system, create the skeleton code used, realize the generation of far call application component RemoteAppBean invoke code and the dependence information of assisting management.
4. method according to claim 3 is characterized in that, said expansion plugin is realized the generation of RemoteAppBean invoke code is comprised:
When the application of needs of exploitation visit RemoteAppBean, expansion plugin obtains disclosed all RemoteAppBean from the development management server, and its information is shown to the developer, and the developer selects the RemoteAppBean that will call again;
Expansion plugin obtains following information from the reflective information of selected RemoteAppBean: Apply Names and type information; Said type information comprises request, replys and contextual type information;
Expansion plugin generates request and acknowledgement type entity class according to the information of being obtained;
Expansion plugin is according to described request and reply entity type establishment proxy class, and this proxy class is inserted into said need the visit in the application of RemoteAppBean.
5. according to each described method in the claim 1 to 4, it is characterized in that,, then client-requested be distributed to correspondence in the cloud computing application service system and use the application server at place and comprise if said coupling is unsuccessful:
In the cloud computing application service system, preserve the descriptor of application and the corresponding relation between application and the application server;
Acting server is resolved client request message; Confirm corresponding application; Descriptor according to this application is created application context; After in said client request message, adding application context, client request message is distributed to the application server at corresponding application place according to said application and the corresponding relation between the application server.
6. method according to claim 5 is characterized in that, this method also comprises:
Said application server in the said cloud computing application service system is given corresponding application with this client request message and is handled when receiving the client request message of acting server transmission;
This client request message institute tasks requested of the application processes of said correspondence is carried out the data resource location according to said application context, draws result;
Application server returns to client with said result through acting server.
7. method according to claim 6 is characterized in that,
Said cloud computing application service system comprises: central server, Resource Server and the application server cluster of being made up of a plurality of application servers; The data resource that need visit when wherein, on Resource Server, preserving each application processes client request message institute tasks requested on the application server;
Load and operation are used on the said application server cluster;
Said descriptor that preservation is used in the cloud computing application service system and the corresponding relation between application and the application server comprise: central server receives outside application of uploading; The descriptor of using is saved in the application configuration information tabulation, and with on the application server of application deployment in the application server cluster; Application server in the application server cluster with the operation information of the application of institute's load upload to being used on the central server preserve use and application server between the application operation information tabulation of corresponding relation;
Wherein, the application configuration information tabulation comprises following information: application ID, Apply Names, application type, application process name and apply metadata mark; Use the operation information tabulation and comprise following information: the address of service of application process title and application;
Said acting server receives client request message; Client request message is resolved; Confirm corresponding application; And said according to use with application server between corresponding relation client request message be distributed to the application server that corresponding application belongs to comprise: acting server is when receiving client request message; Client request message is resolved; Through the pairing application of the said client request message of the tabulation identification of the application configuration information on Help Center's server, through the tabulation of the application configuration information on Help Center's server with use the address of service that the operation information tabulation obtains corresponding application, client request message is distributed to the application server at corresponding application service place according to the address of service that is obtained.
8. method according to claim 7 is characterized in that,
Said acting server is created application context according to the descriptor of using and comprised: acting server is when receiving client request message; From client request message, extract required parameter; Application configuration information tabulation in Help Center's server; Find out the application configuration information list items that meets of required parameter and metadata mark field, then according in the mark of the metadata in this application configuration information list items field about the contextual information of load application, create application context;
Also preserve the Resources list on the said central server; The Resources list comprises following information: resource name, resource type, application context type, location algorithm title and location algorithm parameter;
Said application processes client request message institute tasks requested; Carrying out data resource location according to said application context comprises: be applied in receive client request message after, in the process of accomplishing this client request message institute tasks requested, carry out the resource location according to the corresponding informance in application context and the Resources list.
9. use debug system for one kind, it is characterized in that this system comprises: expansion plugin and application service platform system; Said application service platform system comprises: acting server and cloud computing application service system;
Expansion plugin is used for the startup application in this locality; The application of this startup is created with acting server and is connected, and will debug the configuration parameter of application to the acting server transmission; The said configuration parameter that will debug application limits the user in the specified scope;
Acting server; Be used for after receiving client request message; At first mate the said configuration parameter that will debug application, if mate successfully then client request message is sent to the application processes of said startup, and the result that the application of said startup is returned sends to client; If coupling is unsuccessful, the correspondence that then client-requested is distributed in the cloud computing application service system is used the application server at place.
10. system according to claim 9 is characterized in that,
When the application of said startup is withdrawed from, interrupt with acting server between be connected;
Acting server is used for when the application of said startup is interrupted connecting, deleting the configuration parameter of this application.
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Cited By (21)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103024002A (en) * | 2012-11-30 | 2013-04-03 | 北京奇虎科技有限公司 | Method for requesting to issue browser component and browser |
| CN103645927A (en) * | 2013-11-14 | 2014-03-19 | 乐视致新电子科技（天津）有限公司 | Method and device for calling correlation module |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002024120A (en) * | 2000-07-11 | 2002-01-25 | Mitsubishi Electric Corp | Distributed application server system |
| CN101110756A (en) * | 2006-07-18 | 2008-01-23 | 华为技术有限公司 | Application server distribution method and device |
| CN102185900A (en) * | 2011-04-18 | 2011-09-14 | 北京新媒传信科技有限公司 | Application service platform system and method for developing application services |
| CN102255752A (en) * | 2011-06-30 | 2011-11-23 | 北京新媒传信科技有限公司 | Configuration management system and method of server cluster |
-
2011
- 2011-12-31 CN CN201110460663.8A patent/CN102413022B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002024120A (en) * | 2000-07-11 | 2002-01-25 | Mitsubishi Electric Corp | Distributed application server system |
| CN101110756A (en) * | 2006-07-18 | 2008-01-23 | 华为技术有限公司 | Application server distribution method and device |
| CN102185900A (en) * | 2011-04-18 | 2011-09-14 | 北京新媒传信科技有限公司 | Application service platform system and method for developing application services |
| CN102255752A (en) * | 2011-06-30 | 2011-11-23 | 北京新媒传信科技有限公司 | Configuration management system and method of server cluster |
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