CN105635051A - Data interaction method, device, and system - Google Patents
Data interaction method, device, and system Download PDFInfo
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- CN105635051A CN105635051A CN201410596467.7A CN201410596467A CN105635051A CN 105635051 A CN105635051 A CN 105635051A CN 201410596467 A CN201410596467 A CN 201410596467A CN 105635051 A CN105635051 A CN 105635051A
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Abstract
The invention discloses a data interaction method applied to a platform server. The platform server offers an interactive platform in order to display a task of a third-party application. The data interaction method comprises steps of detecting a data processing request including a user identifier and a task identifier; according to the data processing request, acquiring a data callback interface of a third-party application server corresponding to the task identifier set in advance and accessed by the platform server; and generating an interface call request corresponding to the data processing request according to a preset generation rule, the data callback interface, and the data processing request, and sending the interface call request to the third-party application server. The invention also discloses a data interaction device and system. The data interaction method, device and system solve a technical problem of interactive restriction between a PC terminal and the third-party application server via the platform server, and enhance the security of interactive data among the PC terminal, the platform server, and the third-party application server.
Description
Technical field
The present invention relates to Internet technical field, particularly relate to data interactive method and device, system.
Background technology
Along with the fast development of network, the network platform have also been obtained quick development. The network platform is shown for third-party application developer, and user just can access multiple application by this network platform.
But in the existing network platform, when user is mutual with the network platform, it is only capable of the page accessing this third-party application in the network platform, and third-party application cannot be jumped directly to. User accesses the data of third-party application in this network platform, because the confidentiality to user profile, third-party application also cannot know these data. Therefore, there is limitation in the existing network platform in data interaction.
Summary of the invention
The main purpose of the embodiment of the present invention aims to solve the problem that the existing network platform exists circumscribed technical problem in data interaction.
For achieving the above object, embodiments providing a kind of data interactive method, be applied to Platform Server, described Platform Server provides interaction platform, and to show the task of third-party application, described data interactive method comprises the following steps:
Detecting data processes request, and described data processing request includes ID and task identification;
According to described data processing request, obtain the data callback interface of third-party application server corresponding to the described task identification accessed for described Platform Server pre-set;
According to described data callback interface and data processing request, according to default create-rule, generate the interface interchange request corresponding with described data processing request;
The request of described interface interchange is sent to third-party application server.
Additionally, for achieving the above object, the embodiment of the present invention additionally provides a kind of data interaction device, including:
Detecting module, processes request for detecting data, and described data processing request includes ID and task identification;
Interface acquisition module, for according to described data processing request, obtains the data callback interface of third-party application server corresponding to the described task identification accessed for described Platform Server pre-set;
Interface interchange request generation module, for according to described data callback interface and data processing request, according to default create-rule, generating the interface interchange request corresponding with described data processing request;
Sending module, for sending the request of described interface interchange to third-party application server.
Additionally, for achieving the above object, the embodiment of the present invention additionally provides a kind of data interaction system, including PC terminal, third-party application server and Platform Server, the interaction platform that described Platform Server provides is shown the task that third-party application is corresponding; Described PC terminal accesses described Platform Server, obtains the task that described third-party application is corresponding, and accesses the described third-party application server described task of execution, to obtain corresponding packet after described tasks carrying is complete; By callback interface communication between described Platform Server and described third-party application server, and described Platform Server includes the data interaction device of said structure.
The embodiment of the present invention carries out communication by the callback interface between Platform Server and third-party application server, thus solving PC terminal by mutual circumscribed technical problem between Platform Server and third-party application server, also improve the safety of interaction data between PC terminal, Platform Server and third-party application server simultaneously.
Accompanying drawing explanation
Fig. 1 be the present invention task-set in mutual schematic diagram between PC terminal, third-party application server, Platform Server in interactive system;
Fig. 2 is the examples of interfaces figure of the task of the third-party application that the interaction platform of Platform Server of the present invention is shown;
Fig. 3 is the hardware structure schematic diagram of Platform Server in Fig. 1;
Fig. 4 is the high-level schematic functional block diagram of data interaction device first embodiment of the present invention;
Fig. 5 is the high-level schematic functional block diagram of data interaction device the second embodiment of the present invention;
Fig. 6 is the present invention to be triggered after task gets and complete first subtask by user, triggers the operation examples of interfaces figure that the corresponding packet in this subtask is got;
Fig. 7 is the present invention to be triggered after second packet corresponding to subtask get by user, and receiving platform server returns the operation examples of interfaces figure getting result;
Fig. 8 is the high-level schematic functional block diagram of data interaction device the 3rd embodiment of the present invention;
Fig. 9 is the high-level schematic functional block diagram of data interaction device the 4th embodiment of the present invention;
Figure 10 is the refinement high-level schematic functional block diagram of interface interchange request generation module in data interaction device of the present invention;
Figure 11 is the high-level schematic functional block diagram of data interaction device the 5th embodiment of the present invention;
Figure 12 is the schematic flow sheet of data interactive method first embodiment of the present invention;
Figure 13 is the schematic flow sheet of data interactive method the second embodiment of the present invention;
Figure 14 is the schematic flow sheet of data interactive method the 3rd embodiment of the present invention;
Figure 15 is the schematic flow sheet of data interactive method the 4th embodiment of the present invention;
Figure 16 is the schematic flow sheet of data interactive method the 5th embodiment of the present invention.
The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, are described further with reference to accompanying drawing.
Detailed description of the invention
Technical scheme is further illustrated below in conjunction with Figure of description and specific embodiment. Should be appreciated that specific embodiment described herein is only in order to explain the present invention, is not intended to limit the present invention.
The present invention proposes a kind of task based access control and concentrates interactive system, and in this task-set, interactive system includes: PC terminal 100, Platform Server 200, third-party application server 300. Wherein, Platform Server 200 for being provided the interaction platform of the task corresponding with third-party application for the developer of third-party application. The developer of third-party application can create the task that third-party application is corresponding the subtask that the task that arranges is corresponding in Platform Server 200. If this task only includes a subtask, then perform this subtask and can obtain the packet that this task is corresponding. If this task includes multiple subtask, then complete each subtask and can obtain packet corresponding to this subtask etc. If it should be noted that when task corresponding to third-party application is multiple subtask, then the task that example below describes refers to the subtask of task. Platform Server 200 requires to generate the task that third-party application is corresponding according to creating, and the task of described generation is illustrated on the User Interface of Platform Server 200. PC terminal 100 can the interaction platform of access platform server 200, obtain the task that third-party application is corresponding, and in third-party application server 300, perform this task, to obtain corresponding packet after tasks carrying is complete. Third-party application server 300 also is available for PC terminal 100 and accesses, the task corresponding to perform third-party application.
As in figure 2 it is shown, after the interaction platform of PC terminal 100 access platform server 200, the task that Platform Server 200 is corresponding by showing all third-party application on the User Interface of interaction platform. For the task that multiple subtasks of third-party application form, wherein, for showing all subtasks of third-party application a in the square frame of this S1 labelling, and the task of all subtasks composition third-party application a. Each subtask correspondence video data package informatin, if to point out user can obtain this packet after having performed corresponding subtask. Such as, user has got the task that third-party application a is corresponding, and this PC terminal 100 has been completed first subtask in third-party application server 300, then will appear from the control S2 of " neck packet " in the viewing area of this first subtask. It addition, all the other subtasks corresponding to this task also there will be the control S2 of " neck packet ". By triggering this control S2, request can be obtained by trigger data bag, to obtain corresponding packet. But when receiving packet and obtaining request, it is necessary to first judge whether this user completes this subtask, it is judged that when its user is complete this subtask, just can get the packet that this subtask is corresponding.
After getting task due to PC terminal 100, third-party application server 300 will be jumped to and perform task, the performance of task is all recorded in third-party application server 300 by this PC terminal 100, so Platform Server 200 is when the packet receiving PC terminal 100 obtains request, need to obtain the PC terminal 100 performance to this task from third-party application server 300, obtain request with response data packet. In consideration of it, the present invention will propose a kind of Platform Server. As it is shown on figure 3, this Platform Server 200 can be an independent server, it is also possible to for the server farm that multiple servers form. It can include processor 201, memorizer 202, communication module 203 and communication bus 204. Communication bus 204 is for the communication between each building block in this Platform Server 200. Communication module 203 is used for realizing Platform Server 200 and communicates with one another with external equipment such as PC terminal, other servers etc., and this communication module 203 can include RS232 module, radio-frequency module, WIFI module etc. Memorizer 202 can include one or more computer-readable recording mediums, and it not only includes internal storage, also includes external memory storage. In this memorizer 202, storage has operating system, data interaction device etc. Processor 201 calls the data interaction device in memorizer 202 and other assemblies, to realize the functions such as mutual, the response data packet acquisition request of the data between Platform Server 200 and third-party application server 300.
As shown in Figure 4, it is shown that the structure of data interaction device first embodiment of the present invention. The data interaction device of this embodiment comprises the steps that
Callback interface arranges module 301, arranges request for what receive data callback interface; Whether the interface message detecting described data callback interface is legal; Store legal described data callback interface;
Detecting module 302, processes request for detecting data, and described data processing request includes ID and task identification;
Interface acquisition module 303, for according to described data processing request, obtains the data callback interface of third-party application server corresponding to the described task identification accessed for described Platform Server pre-set;
Interface interchange request generation module 304, for according to described data callback interface and data processing request, according to default create-rule, generating the interface interchange request corresponding with described data processing request;
Sending module 305, for sending the request of described interface interchange to third-party application server.
The interface message of above-mentioned callback interface is the reference address of third-party application server 300, accesses third-party application server 300 according to this reference address when carrying out interface readjustment for Platform Server 200. When the developer of third-party application creates this task on Platform Server 200, the address information of this callback interface will be set. Platform Server 200, according to this request to create, generates the task of third-party application. Simultaneously, the address information of set callback interface also will be detected by this Platform Server 200, particularly as follows: by this address information transmission access request to third-party application server 300, if receiving the response data of third-party application server 300, then represent that the address information of this callback interface is legal, and store this address information; Otherwise representing that the address information of this callback interface is illegal, prompting user resets.
The data processing request that above-mentioned detecting module 301 is detected includes ID and task identification. Task identification is for determining that Platform Server 200 needs the performance of the task of inquiry, it may include the subtask information of task ID and task. This task ID is that Platform Server 200 distributes for this task when generating task, identifies this task for unique. If task only includes a subtask, then this subtask information is empty; If task includes multiple subtask, then subtask information is the subtask that trigger control is corresponding. This ID is the information that mark performs the user of this task, for instance log in account information of platform of this Platform Server offer etc. Interface acquisition module 303, according to task ID in data processing request, obtains the interface IP address information of the stored third-party application corresponding with this task ID in Platform Server 200.
The interface interchange request that above-mentioned interface interchange request generation module 304 generates can include meeting the callback interface agreement pre-set and all kinds of parameters required when carrying out operating accordingly for informing third-party application server 300. Will be detailed below all parameters of this callback interface agreement, as shown in table 1 below:
All parameter informations of table 1. callback interface agreement
In above-mentioned table 1, parameter cmd according to the configuration rule pre-set, is arranged corresponding command word by Platform Server 200, performs corresponding operation controlling third-party application server 300. Such as: whether the corresponding subtask that check is order third-party application server 300 query task completes; Whether the corresponding subtask that check_award is order third-party application server 300 query task completes, if completing, directly transmits packet, and whether return sends successfully; Award is that order third-party application server 300 directly transmits packet, and whether return sends successfully.
According to each parameter in above-mentioned table 1, the Platform Server 200 description according to each parameter of interface protocol, and obtain corresponding parameter value, if parameter value does not have, then this parameter value is empty, then parameter value is generated together with interface IP address information interface interchange request, and by callback interface, interface interchange request is sent to third-party application server 300, so that third-party application server 300 performs corresponding operation.
The embodiment of the present invention carries out communication by the callback interface between Platform Server and third-party application server, thus solving PC terminal by mutual circumscribed technical problem between Platform Server and third-party application server, also improve the safety of interaction data between PC terminal, Platform Server and third-party application server simultaneously.
As shown in Figure 5, it is shown that the second embodiment of data interaction device of the present invention. In this embodiment, the data processing request that detecting module 301 is detected is that the packet sent by PC terminal obtains request. Based on above-described embodiment, the data interaction device of the embodiment of the present invention may also include that
Request receiver module 306, the packet sent for receiving PC terminal obtains request, and sends the packet received to detecting module 302.
When PC terminal 100 gets the task of the third-party application that described Platform Server 200 is shown, and after completing first subtask of task, PC terminal 100 can produce the control of " getting packet " at this task place that Platform Server 200 is shown, by triggering this control, packet can be initiated and obtain request. Ask receiver module 306 then to receive, by communication module 203, the packet acquisition request that PC terminal 100 is initiated, and send it to detecting module 302, to respond the acquisition request of described packet. Interface acquisition module 303 obtains the task ID in request according to packet, obtains the interface IP address information of the third-party application that this task ID stored is corresponding in Platform Server 200. Then interface interchange request generation module 304 will obtain request according to this interface IP address information and packet, according to default create-rule, generate and obtains the interface interchange request that request is corresponding with packet. The interface interchange request generated then is sent to third-party application server 300 by sending module 305 by communication module 203, operate accordingly with requesting third-party application server 300, such as inquire about whether this PC terminal 100 has performed the corresponding subtask of this task, when this PC terminal 100 has performed the corresponding subtask of this task, rule will be sent according to default packet, Platform Server 200 or third-party application server 300 send corresponding packet to PC terminal 100.
As shown in Figure 6, corresponding for this third-party application a task includes multiple subtask. Owing to the first subtask is " entrance third-party application ", therefore when user clicks PC terminal interface " neck task ", the interface of third-party application a will be entered, then now Platform Server 200 may determine that PC terminal is complete first subtask, and transmission packet is then got and notified to this PC terminal 100 by Platform Server 200. Namely the display position applying all subtasks of task corresponding for third-party application a in the interactive interface at center all there will be " neck packet " control (namely packet obtains item), user can trigger the control of all of " neck packet ", obtaining request with trigger data bag, this packet obtains request and includes this task identification and ID. Owing to first subtask of this task is for entering third-party application, therefore when user clicks this " neck task " control, Platform Server 200 is assured that PC terminal 100 has been completed this first subtask, therefore in the interface interchange request that Platform Server 200 generates, the command word of cmd is award, namely order third-party application server 300 directly transmits packet, and whether return sends successfully. Platform Server 200 receives the transmission result that third-party application server 300 returns, and sends described return result to PC terminal 100.
If as it is shown in fig. 7, user clicks " neck packet " control at second subtask place of the task of the 3rd application a of PC terminal interface, obtaining request by triggering the packet corresponding with this subtask. Owing to the performance of the second subtask of this task is stored in third-party application server 200, therefore Platform Server 200 obtains request according to this packet, generates the request of corresponding interface interchange. Such as, if this second corresponding packet in subtask is configured to be sent by Platform Server 200, in the interface interchange request that then this Platform Server 200 generates, the command word of cmd is check, namely order third-party application server 300 inquires about whether this user is complete second subtask of this task, and returns Query Result. If this second corresponding packet in subtask is configured to be sent by third-party application server 300, in the interface interchange request that then this Platform Server 200 generates, the command word of cmd is check_award, namely order third-party application server 300 inquires about whether this user completes second subtask of this task, if completing, directly transmit packet, and whether return sends successfully. Third-party application server 300 is sent the result of packet and is back to the PC terminal that user is corresponding by Platform Server 200. If packet sends successfully, then second subtask display place of the 3rd application a of PC terminal interface will show " getting failure, be not fully complete subtask "; If packet sends successfully, then second subtask display place of the 3rd application a of PC terminal interface will display " successfully getting ".
It should be noted that, if the packet being configured to certain subtask of task during the task of establishment corresponding is sent by Platform Server 200, and whether this subtask is when completing directly to be judged by Platform Server 200, then Platform Server 200 does not need transmission interface call request, and directly transmit this packet to PC terminal 100, and transmission result is back to PC terminal 100.
As shown in Figure 8, it is shown that the 3rd embodiment of data interaction device of the present invention. In this embodiment, the data processing request that detecting module 301 is detected is the user recorded in the Platform Server 200 scanning platform server performance to task, it is thus achieved that meets pre-conditioned ID and task identification and triggers. Based on above-described embodiment, the data interaction device of the embodiment of the present invention may also include that
Scan module 307, for performance to task of the user that records in scanning platform server, it is thus achieved that meet pre-conditioned ID and task identification, and generate data processing request.
Processor 201 in Platform Server 200 will call scan module 307 periodically driver sweep action, the memory element of the task status being recorded PC terminal on Platform Server 200 is scanned, to obtain ID and the task identification meeting pre-conditioned PC terminal. In the present embodiment, if the state of certain subtask is for " being not fully complete " in task, then meet pre-conditioned. Certainly, restriction may also include the pre-conditioned of other. Such as, if in task, the state of certain subtask is " non-charging ", then meet pre-conditioned. Scan module 307, according to the task identification and the ID that meet pre-conditioned PC terminal, forms data processing request, and sends to detecting module 302, to respond described data processing request. Interface acquisition module 303, according to the task ID in data processing request, obtains the interface IP address information of the third-party application that this task ID stored is corresponding in Platform Server 200. Then interface interchange request generation module 304 according to this interface IP address information and data processing request, according to default create-rule, will generate the interface interchange request corresponding with data processing request. The interface interchange request generated then is sent to third-party application server 300 by sending module 305 by communication module 203, operate accordingly with requesting third-party application server 300, such as inquire about whether this PC terminal 100 has performed the corresponding subtask of this task, and return Query Result. This Query Result includes corresponding return code. This return code can be divided into normal return code and self-defined return code. Such as, the present embodiment Plays return code includes: 0-subtask has completed or packet sends successfully; 1-user not yet creates role in third-party application; 2-user not yet completes this subtask; Transmission etc. before the packet that this subtask of 3-is corresponding. After Platform Server 200 receives this Query Result, will determine that this return code whether compliant, if meeting, then updating this user of storage the completion status to this task in Platform Server 200; If not meeting, then abandon this return code.
Platform Server 200 according to user's completion status to this task, can process accordingly. Such as, if user completes second subtask of this task, then Platform Server 200 collects developer's expense corresponding with this subtask of third-party application. Or, Platform Server 200 adds up user's performance of third-party application, in order to third-party application carries out ranking etc. and processes.
As shown in Figure 9, it is shown that the structure of the 4th embodiment of data interaction device of the present invention. In this embodiment, ID is after " neck task " control that user triggers certain task on PC terminal interface, by Platform Server according to the AES preset, the mark of user account and third-party application is encrypted and generates. Based on above-described embodiment, the data interaction device of the embodiment of the present invention may also include that
Request receiver module 308, sending for receiving PC terminal of task gets request, and the request of getting of described task includes user and logs in the user account of the platform that described Platform Server provides and the third-party application mark of task;
ID generation module 309, the third-party application mark of user account and task for logging in the platform that described Platform Server provides according to user, generate described ID, access third-party application server 300 for described PC terminal.
When user clicks PC terminal interface " neck task ", PC terminal logs in the user account of the platform that described Platform Server 200 provides and the third-party application mark of task by obtaining user. This third-party application is designated the ID of third-party application, is used for determining unique third-party application. Then PC terminal gets request by generating the task of carrying user account and third-party application mark, and the request of described task being got sends to described Platform Server 200. The task that described request receiver module 308 receives the transmission of PC terminal by communication module 203 gets request. Task, then according to default AES, is got the user account in request and third-party application mark is encrypted, generate ID by ID generation module 309. Then the ID generated is sent to PC terminal by communication module 203 by sending module 305. After PC terminal receives this ID, then utilize this ID, access third-party application server 300. This ID is then registered by third-party application server 300.
Owing to above-mentioned PC terminal use is after Platform Server 200 gets task, entrance third-party application server 300 has been gone task, therefore to ensure the safety of PC terminal use, it not directly log in third-party application server 300 with this user account, but user account and third-party application are identified and are encrypted by the AES (safety is higher) first provided by Platform Server 200, generating ID, then PC terminal logs in third-party application server 300 with this ID again.
It should be noted that it can be same module that above-mentioned request receiver module 308 obtains the request receiver module 306 of request with reception packet in above-described embodiment.
As shown in Figure 10, it is shown that the concrete structure of interface interchange request generation module in data interaction device of the present invention. This interface interchange request generation module 304 comprises the steps that
Unit 3041 is determined in subtask, for determining that described packet obtains the subtask that request is corresponding;
Request generates unit 3042, for according to the configuration information corresponding with described subtask pre-set, according to default create-rule, generates the request of corresponding interface interchange.
First, when the developer of third-party application creates certain task on Platform Server 200, also by the transmission mode etc. of packet information corresponding for each subtask arranging task, packet. Platform Server 200, according to request to create, when generating task, stores the configuration information that this task is corresponding. As shown in table 2 below, list configuration information one example that the task of third-party application a is corresponding:
The configuration information that the task of table 2. third-party application a is corresponding
| Subtask | Subtask information | Packet information | Packet sends mode | Interface is adjusted back |
| step1 | Enter application | Packet 1a | Sent by platform | No |
| step2 | Reach 10 grades | Packet 2a | Sent by developer | It is |
| step3 | Reach 25 grades | Packet 3a | Sent by developer | It is |
| step4 | User logs in every day | Packet 4a | Sent by developer | It is |
Secondly, when user's " when clicking " neck packet " control on application " center " interface; PC terminal then obtains ID and task identification, and generating the packet carrying ID and task identification and obtain request and send to Platform Server 200 at PC terminal demonstration. When asking receiver module 306 to receive, by communication module 203, the packet acquisition request that PC terminal sends of Platform Server 200, sends it to detecting module 302, to respond the acquisition request of described packet. Interface acquisition module 303 obtains the task ID in request according to packet, obtains the interface IP address information of the third-party application that this task ID stored is corresponding in Platform Server 200. Subtask determines that unit 3041 will determine that packet obtains the subtask that request is corresponding, for instance step1. Then request generates unit 3042 and according to determined subtask, will obtain configuration information corresponding to step2 from table 2, then according to this configuration information, according to default create-rule, generates the request of corresponding interface interchange. Owing to, in the configuration information that step2 in table 2 is corresponding, it is " being sent by developer " that packet sends mode, interface readjustment is "Yes", then the parameter field cmd arranged in interface interchange request is check_award.
It is assumed that the callback interface information that the developer of third-party application is arranged on Platform Server 200: " http://IP:9001/cgi-bin/ ", and this callback interface information is also by the checking of Platform Server 200. Described Platform Server 200 then according to default callback interface agreement, obtains corresponding parameter value. Assume that the parameter value got is as shown in table 3 below:
The parameter information obtained during the interface interchange request that table 3. generates
| Parameter | Parameter describes | Parameter value |
| appid | Third-party application identifies | 24885 |
| billno | Packet transmission flow water number | 4BE1D6AE-5324-11E3-BC76-00163EB7F40B |
| cmd | Command word | check_award |
| contractid | Task ID | 24885T320131118114134 |
| openid | ID | 000000000000000000000000025900A0 |
| payitem | Packet ID | pkg |
| pf | The source of third-party application | qzone |
| step | Subtask | 3 |
| providetype | Packet transmission types | 2 |
| ts | Timestamp | 1385089780 |
| version | Version number | V3 |
Owing to the request of this interface interchange is sent to third-party application server 300 by Platform Server 200, therefore all parameters of above-mentioned acquisition are all made without URL coding. By above-mentioned obtained parameter value, being stitched together by parameter value & according to default order, the interface interchange request of formation is as follows:
Http:// IP:9001/cgi-bin/check_award? appid=24885&billno=4BE1D6AE-5324-11E3-BC76-00163EB7F40B& cmd=check_award&contractid=24885T320131118114134&openid=000000000000000000000000025900A0&payitem=pkg&pf=qzone&pr ovidetype=2&step=3&ts=1385089780&version=V3
Then the interface interchange request generated is sent to described third-party application server 300 by Platform Server 200. After described third-party application server 300 receives the request of this interface interchange, in asking according to described interface interchange, each parameter value operates accordingly.
In order to ensure the safety of data interaction, when described Platform Server 200 transmission interface call request is to third-party application server 300, it is also possible to docking port call request adds signing messages. The signature scheme preset according to Platform Server 200 is generated by this signing messages, for instance, in the present embodiment, the concrete forming process of this signing messages is as follows:
First, the request of above-mentioned interface interchange is carried out URL coding, with to construct subject string. URL coding particularly as follows: except 0��9, a��z, A��Z,! , *, other characters outside () add % according to 16 systems of ASCII character and represent, for instance become check%5Faward after check_award coding. Therefore its subject string is as follows:
GET&%2Fcgi-bin%2Fcheck_award&appid%3D24885%26billno%3D4B E1D6AE%252D5324%252D11E3%252DBC76%252D00163EB7F40B%26cmd %3Dcheck%255Faward%26contractid%3D24885T320131118114134% 26openid%3D000000000000000000000000025900A0%26payitem%3D pkg%26pf%3Dqzone%26providetype%3D2%26step%3D3%26ts%3D138 5089780%26version%3DV3
Then, utilize encryption key (such as, 111222333), according to HMAC-SHA1 AES, subject string and key are encrypted, then to the character string after encryption after Base64 encodes, obtain the signature sig value of request string, particularly as follows: E+S6dC+hooDCtwvhnGTFIFGrfng=. Become after finally again this sig value being carried out URL coding: E%2BS6dC%2BhooDCtwvhnGTFIFGrfng%3D. Therefore, the interface interchange request that Platform Server 200 generates is then:
Http:// IP:9001/cgi-bin/check_award? appid=24885&billno=4BE1D6AE-5324-11E3-BC76-00163EB7F40B& cmd=check_award&contractid=24885T320131118114134&openid=000000000000000000000000025900A0&payitem=pkg&pf=qzone&pr ovidetype=2&step=3&ts=1385089780&version=V3&sig=E%2BS6dC %2BhooDCtwvhnGTFIFGrfng%3D.
Interface interchange request after signing is sent to described third-party application server 300 by Platform Server 200. After described third-party application server 300 receives the request of this interface interchange, the request of this interface interchange is resolved, to obtain sig value and each parameter value. Then again this sig is carried out URL decoding, it is thus achieved that decoded sig value. The each parameter value obtained also is generated the mode regeneration sig value of sig by third-party application server 300 according to described Platform Server 200, then the sig value oneself generated and decoded sig value are compared, whether legal to judge the request of this interface interchange.
Further, in order to ensure the stability of interface, present invention also offers data interaction device the 4th embodiment. As shown in figure 11, this data interaction device may also include that
Interface maintenance module 310, for adding up callback interface Access Success Rate in Preset Time, if the success rate of callback interface is lower than a predetermined threshold value, then prompting interface accessing is abnormal.
When Platform Server 200 transmission interface call request to third-party application server 300, third-party application server 300 will send return code to Platform Server 200 after responding the request operation of described interface interchange. If not receiving this return code in default time-out time, Platform Server 200 is by record interface time-out, and points out custom system busy. Therefore, interface maintenance module 306 is by statistics callback interface Access Success Rate in Preset Time, when success rate is lower than a predetermined threshold value, then can determine whether that this access interface is abnormal, produces information, to point out related personnel to process. The developer being so possible to prevent third-party application revises the other reasonses such as the version of third-party application and causes callback interface normally to access.
It is understood that this interface maintenance module 310 can also periodically generate analog interface call request, to access third-party application server 300, then statistics callback interface Access Success Rate in Preset Time.
Accordingly, based on above-mentioned Platform Server, the present invention proposes a kind of data interactive method. As shown in figure 12, it is shown that one data interactive method first embodiment of the present invention. The data interactive method of this embodiment can comprise the following steps that
Step S101, detecting data process request, and described data processing request includes ID and task identification;
Step S102, according to described data processing request, obtain the data callback interface of third-party application server corresponding to the described task identification accessed for described Platform Server pre-set;
Step S103, according to described data callback interface and data processing request, according to default create-rule, generate the interface interchange request corresponding with described data processing request;
Step S104, the request of described interface interchange is sent to third-party application server.
It is understood that before performing above-mentioned steps S101, pre-set the callback interface called for described Platform Server 200. The interface message of this callback interface is the reference address of third-party application server 300, accesses third-party application server 300 according to this reference address when carrying out interface readjustment for Platform Server 200. When the developer of third-party application creates this task on Platform Server 200, the address information of this callback interface will be set. Platform Server 200, according to this request to create, generates the task of third-party application. Simultaneously, the address information of set callback interface also will be detected by this Platform Server 200, particularly as follows: by this address information transmission access request to third-party application server 300, if receiving the response data of third-party application server 300, then represent that the address information of this callback interface is legal, and store this address information; Otherwise representing that the address information of this callback interface is illegal, prompting user resets.
Above-mentioned data processing request includes ID and task identification. Task identification is for determining that Platform Server 200 needs the performance of the task of inquiry, it may include the subtask information of task ID and task. This task ID is that Platform Server 200 distributes for this task when generating task, identifies this task for unique. If task only includes a subtask, then this subtask information is empty; If task includes multiple subtask, then subtask information is the subtask that trigger control is corresponding. This ID is the information that mark performs the user of this task, for instance log in account information of platform of this Platform Server offer etc. When detecting data processing request, according to task ID in data processing request, obtain the interface IP address information of the stored third-party application corresponding with this task ID in Platform Server 200. Then according to described data processing request and callback interface information, the interface interchange request corresponding with data processing request is generated. Interface interchange request can include meeting the callback interface agreement pre-set and all kinds of parameters required when carrying out operating accordingly for informing third-party application server 300, and these all kinds of parameters can be as listed in Table 1. According to each parameter in above-mentioned table 1, the Platform Server 200 description according to each parameter of interface protocol, and obtain corresponding parameter value, if parameter value does not have, then this parameter value is empty, then parameter value is generated together with interface IP address information interface interchange request, and by callback interface, interface interchange request is sent to third-party application server 300, so that third-party application server 300 performs corresponding operation.
In one example, above-mentioned data processing request is that the packet sent by PC terminal obtains request, and the packet that this packet obtains producing after request gets showing on described User Interface of task according to PC terminal use of task corresponding obtains item and generates.
When PC terminal 100 gets the task of the third-party application that described Platform Server 200 is shown, and after getting task, PC terminal 100 can produce the control of " getting packet " in the subtask that this task that Platform Server 200 is shown is corresponding, by triggering this control, packet can be initiated and obtain request. Platform Server 200 receives, by communication module 203, the packet acquisition request that PC terminal 100 is initiated, and responds the acquisition request of described packet. Particularly as follows: obtain the task ID in request according to packet, obtain the interface IP address information of the third-party application that this task ID stored is corresponding in Platform Server 200. Then will obtain request according to this interface IP address information and packet, and according to default create-rule, generate and obtain the interface interchange request that request is corresponding with packet. The interface interchange request generated is sent to third-party application server 300 by last Platform Server 200 also by communication module 203, operate accordingly with requesting third-party application server 300, such as inquire about whether this PC terminal 100 has performed the corresponding subtask of this task, when this PC terminal 100 has performed the corresponding subtask of this task, rule will be sent according to default packet, Platform Server 200 or third-party application server 300 send corresponding packet to PC terminal 100.
In another example, above-mentioned data processing request is the user recorded in the Platform Server scanning platform server performance to task, it is thus achieved that meets pre-conditioned ID and task identification and triggers.
The memory element of the task status being recorded PC terminal 100 on Platform Server 200, by periodically driver sweep action, is scanned by Platform Server 200, to obtain ID and the task identification meeting pre-conditioned PC terminal 100. In the present embodiment, if the state of certain subtask is for " being not fully complete " in task, then meet pre-conditioned. Certainly, restriction may also include the pre-conditioned of other. Such as, if in task, the state of certain subtask is " non-charging ", then meet pre-conditioned. Then according to the task identification and the ID that meet pre-conditioned PC terminal, data processing request is formed. According to the task ID in data processing request, obtain the interface IP address information of the third-party application that this task ID stored is corresponding in Platform Server 200. Then according to this interface IP address information and data processing request, according to default create-rule, the interface interchange request corresponding with data processing request will be generated. The interface interchange request generated is sent to third-party application server 300 by last described Platform Server 200 by communication module 203, operate accordingly with requesting third-party application server 300, such as inquire about whether this PC terminal 100 has performed the corresponding subtask of this task, and return Query Result. After Platform Server 200 receives this Query Result, update this user of storage the completion status to this task in Platform Server 200.
Further, as shown in figure 13, it is shown that one data interactive method the second embodiment of the present invention. In the data interactive method of this embodiment, may also include that before the step S101 of above-described embodiment
The task that step S201, reception PC terminal send gets request, and the request of getting of described task includes user and logs in the user account of the platform that described Platform Server provides and the third-party application mark of task;
The third-party application mark of step S202, the user account logging in the platform that described Platform Server provides according to user and task, generates described ID, accesses third-party application server 300 for described PC terminal.
When user clicks PC terminal interface " neck task ", PC terminal logs in the user account of the platform that described Platform Server 200 provides and the third-party application mark of task by obtaining user. This third-party application is designated the ID of third-party application, is used for determining unique third-party application. Then PC terminal 100 gets request by generating the task of carrying user account and third-party application mark, and the request of described task being got sends to described Platform Server 200. The task that described Platform Server 200 receives PC terminal 100 transmission by communication module 203 gets request. Then according to the AES preset, task is got the user account in request and third-party application mark is encrypted, generate ID. The ID generated is sent to PC terminal by last described Platform Server 200 by communication module 203. After PC terminal receives this ID, then utilize this ID, access third-party application server 300. This ID is then registered by third-party application server 300.
Owing to above-mentioned PC terminal use is after Platform Server 200 gets task, entrance third-party application server 300 has been gone task, therefore to ensure the safety of PC terminal use, it not directly log in third-party application server 300 with this user account, but user account and third-party application are identified and are encrypted by the AES (safety is higher) first provided by Platform Server 200, generating ID, then PC terminal logs in third-party application server 300 with this ID again.
Further, as shown in figure 14, it is shown that one data interactive method the 3rd embodiment of the present invention. In the data interactive method of this embodiment, comprise the steps that at the step S103 of above-described embodiment
Step S1031, determine that described packet obtains the subtask that request is corresponding;
The configuration information corresponding with described subtask that step S1032, basis pre-set, generates the request of corresponding interface interchange.
First, when the developer of third-party application creates certain task on Platform Server 200, also by the transmission mode etc. of packet information corresponding for each subtask arranging task, packet. Platform Server 200, according to request to create, when generating task, stores the configuration information that this task is corresponding. As shown in table 2 below, list configuration information one example that the task of third-party application a is corresponding:
The configuration information that the task of table 2. third-party application a is corresponding
| Subtask | Subtask information | Packet information | Packet sends mode | Interface is adjusted back |
| step1 | Enter application | Packet 1a | Sent by platform | No |
| step2 | Reach 10 grades | Packet 2a | Sent by developer | It is |
| step3 | Reach 25 grades | Packet 3a | Sent by developer | It is |
| step4 | User logs in every day | Packet 4a | Sent by developer | It is |
Secondly, when user's " when clicking " neck packet " control on application " center " interface; PC terminal 100 then obtains ID and task identification, and generating the packet carrying ID and task identification and obtain request transmission to Platform Server 200 at PC terminal demonstration. When Platform Server 200 receives, by communication module 203, the packet acquisition request that PC terminal 100 sends, send it to detecting module 302, to respond the acquisition request of described packet. Then Platform Server 200 obtains the task ID in request according to packet, obtains the interface IP address information of the third-party application that this task ID stored is corresponding in Platform Server 200. It is then determined that packet obtains the subtask that request is corresponding, for instance step1; According to determined subtask, configuration information corresponding to step2 will be obtained from table 2, and according to this configuration information, generate the request of corresponding interface interchange. Owing to, in the configuration information that step2 in table 2 is corresponding, it is " being sent by developer " that packet sends mode, interface readjustment is "Yes", then the parameter field cmd arranged in interface interchange request is check_award.
Further, as shown in figure 15, it is shown that one data interactive method the 4th embodiment of the present invention. In the data interactive method of this embodiment, may also include that after the step S104 of above-described embodiment
The result that described interface interchange is asked by step S105, reception third-party application server;
Step S106, described result is back to described PC terminal.
If as it is shown in fig. 7, user clicks " neck packet " control at second subtask place of the task of the 3rd application a of PC terminal interface, obtaining request by triggering the packet corresponding with this subtask. Owing to the performance of the second subtask of this task is stored in third-party application server 200, therefore Platform Server 200 obtains request according to this packet, generates the request of corresponding interface interchange. Assume that this second corresponding packet in subtask is configured to be sent by third-party application server 300, in the interface interchange request that then this Platform Server 200 generates, the command word of cmd is check_award, namely order third-party application server 300 inquires about whether this user completes second subtask of this task, if completing, directly transmit packet, and whether return sends successfully. Third-party application server 300 is sent the result of packet and is back to the PC terminal that user is corresponding by Platform Server 200. If packet sends successfully, then second subtask display place of the 3rd application a of PC terminal interface will show " getting failure, be not fully complete subtask "; If packet sends successfully, then second subtask display place of the 3rd application a of PC terminal interface will display " successfully getting ".
If interface interchange request is scanned by Platform Server 200 and triggers, owing to the purpose of this Platform Server 200 is contemplated to whether inquiry user is complete second subtask of task, in the interface interchange request that then this this Platform Server 200 generates, the command word of cmd is check, namely order third-party application server 300 inquires about whether this user is complete second subtask of this task, and returns Query Result.
Accordingly, the invention allows for a kind of data interactive method. As shown in figure 16, it is shown that data interactive method the 5th embodiment of the present invention. In this embodiment, essentially describe user and utilize PC terminal, to the packet corresponding to task of described Platform Server 200 requesting third-party application. And the configuration information of the task of this request is: called callback interface by Platform Server, orders described third-party application server 300 to inquire about whether PC terminal is complete this task, if completing, directly transmitting corresponding packet, and returning response results. The process of the data interactive method of this embodiment is specific as follows:
Step S401, PC terminal 100 send packet acquisition and ask to Platform Server 200;
When step S402, described Platform Server 200 receive packet acquisition request, obtain the reference address of third-party application server;
Step S403, described Platform Server 200 obtain the reference address of request and third-party application server according to packet, according to default create-rule, generate and obtain the interface interchange request that request is corresponding with described packet;
The request of described interface interchange is sent to third-party application server 300 by step S404, described Platform Server 200;
Step S405, third-party application server 300 verify whether the request of described interface interchange is legal;
Step S406, when described interface interchange request legal time, inquiry PC terminal 100 whether completed task;
If step S407 PC terminal 100 has completed task, then described third-party application server 300 sends corresponding packet to described PC terminal 100 and accesses the user account of described Platform Server 200;
Step S408, described third-party application server 300 return request response results extremely described Platform Server 200;
Request response results is back to described PC terminal 100 by step S409, described Platform Server 200.
It is understandable that, above-mentioned steps S401 may be replaced by Platform Server 200 by performance to task of the user that records in scanning platform server, obtain and meet pre-conditioned ID and task identification and trigger data processes request, so that Platform Server 200 is according to described data processing request, generates and ask the request of corresponding interface interchange with described process.
If it addition, in the interface interchange request of Platform Server 200 generation, cmd field value is check, and namely order third-party server 300 inquires about whether PC terminal use is complete task, and returns Query Result.
The foregoing is only the preferred embodiments of the present invention; not thereby its scope of the claims is limited; every equivalent structure utilizing description of the present invention and accompanying drawing content to make or equivalence flow process conversion; directly or indirectly it is used in other relevant technical fields, all in like manner includes in the scope of patent protection of the present invention.
Claims (12)
1. a data interactive method, it is characterised in that be applied to Platform Server, described Platform Server provides interaction platform, and to show the task of third-party application, described data interactive method comprises the following steps:
Detecting data processes request, and described data processing request includes ID and task identification;
According to described data processing request, obtain the data callback interface of third-party application server corresponding to the described task identification accessed for described Platform Server pre-set;
According to described data callback interface and data processing request, according to default create-rule, generate the interface interchange request corresponding with described data processing request;
The request of described interface interchange is sent to third-party application server.
2. data interactive method as claimed in claim 1, it is characterized in that, described data processing request is that the packet sent by PC terminal obtains request, and the packet that this packet obtains producing after request gets showing on described User Interface of task according to PC terminal use of task corresponding obtains item and generates.
3. data interactive method as claimed in claim 2, it is characterised in that described detecting data also includes before processing request:
Receiving the task that PC terminal sends and get request, the request of getting of described task includes user and logs in the third-party application mark that the user account of the platform that described Platform Server provides is corresponding with task;
Log in, according to user, the third-party application mark that the user account of the platform that described Platform Server provides is corresponding with task, generate described ID, access described third-party application server for described PC terminal.
4. data interactive method as claimed in claim 1, it is characterized in that, described data processing request is the user recorded in the Platform Server scanning platform server performance to task, it is thus achieved that meets pre-conditioned ID and task identification and triggers.
5. the data interactive method as described in any one of claim 1-4, it is characterised in that described according to data callback interface and data processing request, according to default create-rule, generates the interface interchange request corresponding with described data processing request and includes:
Determine that described packet obtains the subtask that request is corresponding;
According to the configuration information corresponding with described subtask pre-set, generate the request of corresponding interface interchange.
6. data interactive mode as claimed in claim 2, it is characterised in that described interface interchange request transmission also includes after third-party application server:
Receive the result that described interface interchange is asked by third-party application server;
Described result is back to described PC terminal.
7. a data interaction device, it is characterised in that described data interaction device includes:
Detecting module, processes request for detecting data, and described data processing request includes ID and task identification;
Interface acquisition module, for according to described data processing request, obtains the data callback interface of third-party application server corresponding to the described task identification accessed for described Platform Server pre-set;
Interface interchange request generation module, for according to described data callback interface and data processing request, according to default create-rule, generating the interface interchange request corresponding with described data processing request;
Sending module, for sending the request of described interface interchange to third-party application server.
8. data interaction device as claimed in claim 7, it is characterized in that, described data processing request is that the packet sent by PC terminal obtains request, and the packet that this packet obtains producing after request gets showing on described User Interface of task according to PC terminal use of task corresponding obtains item and generates; Or, data processing request is the PC terminal use recorded in the Platform Server scanning platform server performance to task, it is thus achieved that meets pre-conditioned ID and task identification and triggers.
9. data interaction device as claimed in claim 7, it is characterised in that described data interaction device also includes:
Request receiver module, sending for receiving PC terminal of task gets request, and the request of getting of described task includes user and logs in the third-party application mark that the user account of the platform that described Platform Server provides is corresponding with task;
ID generation module, for logging in, according to user, the third-party application mark that the user account of the platform that described Platform Server provides is corresponding with task, generates described ID, accesses described third-party application server for described PC terminal.
10. the data interaction device as described in any one of claim 7-9, it is characterised in that described interface interchange request generation module includes:
Unit is determined in subtask, for determining that described packet obtains the subtask that request is corresponding;
The request of process generates unit, for according to the processing data packets mode corresponding with described subtask, generating the request of corresponding interface interchange.
11. data interaction device as claimed in claim 8, it is characterised in that described data interaction device also includes:
Data reception module, for receiving the result that described interface interchange is asked by third-party application server;
Described sending module is additionally operable to: if described data processing request is the packet sent by PC terminal obtains request, then send described result to PC terminal.
12. a data interaction system, it is characterised in that described data interaction system includes PC terminal, third-party application server and Platform Server, the interaction platform that described Platform Server provides is shown the task that third-party application is corresponding; Described PC terminal accesses described Platform Server, obtains the task that described third-party application is corresponding, and accesses the described third-party application server described task of execution, to obtain corresponding packet after described tasks carrying is complete; By callback interface communication between described Platform Server and described third-party application server, and described Platform Server includes the data interaction device as described in claim 7-11.
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