CN105592129A - Method and device for realizing communication transfer between two groups of communication systems - Google Patents
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Abstract
The invention relates to a communication technology, and especially relates to a communication transfer method and a communication transfer system for implementing the method. A device for realizing communication transfer between a first group of communication systems and a second group of communication systems according to an embodiment of the invention comprises multiple configurable receivers of which each is suitable for fitting one communication system in the first group of communication systems through configuration operation, multiple configurable senders of which each is suitable for fitting one communication system in the second group of communication systems through configuration operation, and message queues of which each is bridged between a pair of configurable receiver and configurable sender in a configurable manner and is used for transferring and storing a message received by the configurable receiver and a message sent by the configurable sender.
Description
Invention field
The present invention relates to the communication technology, particularly shifting method and realize the communication transferring system of the method in a kind of communication.
Background technology
Risk control refers to that risk management person adopts various measures and method, eliminates or various possibilities that the event of reducing risks occurs, or the event of reducing risks loss of causing while occurring. For important and key area, the control and management of risk is absolutely necessary in real time.
Under the complicated applications environment such as inter-bank, trans-regional and cross-border transaction clearance, risk control system often needs to carry out information interaction with multiple external systems in real time. The example of these external systems includes but not limited to online transaction system, risk parameter configuration-system, risk operation management system etc. The interface mode of said external system and risk control system is usually different, and the medium of communication transit node as data interaction between the two need to be set.
But the applied environment of high complexity (particularly multiple source node to multiple source node mutual) the transit node operation that causes communicating by letter is complicated, difficult in maintenance, thereby need to be optimized design to meet application demand. In addition, along with the development of information technology and the rapid growth of data volume, further complicated (for example many input-many output networks structures) of applied environment, requirement of real-time for risk control is also more and more higher, therefore in the urgent need to a kind of extendible, reconfigurable communication transit node.
Summary of the invention
An object of the present invention is to provide a kind of for realize the device of transfer of communicate by letter between the first group communication system and the second group communication system, its have autgmentability by force, configure the advantages such as efficient and flexible.
The device for realize the transfer of communicating by letter between the first group communication system and the second group communication system according to one embodiment of the invention comprises:
Multiple configurable receivers, each configurable receiver be suitable for by configuration operation with the first group communication system in one of them communication system adaptation;
Multiple configurable transmitters, each configurable transmitter be suitable for by configuration operation with the second group communication system in one of them communication system adaptation; And
The message queue of configurable ground bridge joint between a pair of configurable receiver and configurable transmitter, stores the message of configurable receiver reception and the message that configurable transmitter sends for transfer.
Preferably, in said apparatus, further comprise filter, it is mounted on configurable receiver configurablely, so that the message receiving is filtered.
Preferably, in said apparatus, further comprise filter, it is mounted on configurable transmitter configurablely, so that the message sending is filtered.
Preferably, in said apparatus, described filter comprises multiple filtering items of in order message being filtered, one or more based in following filter logic of each filtering item: head coupling, fuzzy matching, afterbody coupling, full word coupling, sets match.
Preferably, in said apparatus, the configurable parameter of described receiver and transmitter comprises at least one in following: ID title, IP address and port, isochronous/asynchronous mode, Socket are connected configuration, docking Socket client relevant configuration, associated filtering item setting, read-write message queue relevant configuration, overtime control configuration and heartbeat and maintain configuration.
It is of the present invention that to also have object to be to provide a kind of for realize the method for the transfer of communicating by letter between the first group communication system and the second group communication system, its have autgmentability by force, configure the advantages such as efficient and flexible.
The method for realize the transfer of communicating by letter between the first group communication system and the second group communication system according to one embodiment of the invention comprises the following steps:
By one of them in multiple configurable receivers be configured to the first group communication system in one of them communication system adaptation;
By one of them in multiple configurable transmitters be configured to the second group communication system in one of them communication system adaptation; And
A message queue bridge joint, between this adaptive receiver and this adaptive transmitter, is stored to the message of this adaptive receiver reception and the message that this adaptive transmitter sends for transfer.
Compared with existing communication transfer technology, owing to adopting modularized structure and configurable design, the present invention, except the single middle rotating function such as interface conversion is provided, can also realize rotating function in complicated communication (as order issues, acquisition of information, message cluster transmition etc.) and telecommunication management function (as overtime control, heartbeat maintain with traffic monitoring etc.). In addition, the present invention can also meet the demand of multiple different communication scene fast.
Brief description of the drawings
From following detailed description by reference to the accompanying drawings, will make above and other objects of the present invention and advantage more completely clear.
Fig. 1 be according to one embodiment of the invention for realize the configuration diagram of device of the transfer of communicating by letter between the first group communication system and the second group communication system.
Fig. 2 is the feature summary figure with the device of framework shown in Fig. 1.
Fig. 3 A-3D shows multiple ios dhcp sample configuration IOS DHCPs of the device with framework shown in Fig. 1.
Fig. 4 be according to one embodiment of the invention for realize the flow chart of method of the transfer of communicating by letter between the first group communication system and the second group communication system.
Detailed description of the invention
Below with reference to the accompanying drawing that wherein illustrates illustrative examples of the present invention, the present invention is described more all sidedly. But the present invention can realize by multi-form, and should not be read as the each embodiment that only limits to provide herein. The various embodiments described above that provide are intended to make disclosure herein comprehensively complete, thereby make the understanding of protection domain of the present invention more comprehensive and accurate.
Term such as " comprising " and " comprising " represent except have in description and claims, have directly and the unit and step of clearly statement, technical scheme of the present invention is not got rid of yet and is had other unit of directly or clearly not explained and the situation of step.
According to one aspect of the present invention, for realize the device of the transfer of communicating by letter or the assembly that communication transferring device comprises following type between the first group communication system and the second group communication system: receiver, transmitter and message queue. Alternatively, above-mentioned communication transferring device also comprises filter. Networking relation between these assemblies is configurable, and these assemblies self are also configurable, and the communication system that can connect according to communication transferring device both sides thus or the feature of communication subsystem are carried out the annexation between configuration component and assembly.
Compared with rotating function in communication being cured to the existing mode of corresponding unit, said modules framework of the present invention and configurable characteristic have that extensibility is strong and functions expanding is a little high, and can be by flexibly, configure and meet various communication scenes and the transfer demand of communicating by letter efficiently.
Fig. 1 be according to one embodiment of the invention for realize the configuration diagram of device of the transfer of communicating by letter between the first group communication system and the second group communication system. Here suppose that the first group communication system and the second group communication system all comprise at least one communication subsystem.
As shown in Figure 1, the device 10 of the present embodiment comprises multiple receivers 110, multiple transmitter 120 and one or more message queue 130. Alternatively, device 10 also comprises one or more filters 140.
In the present embodiment, as basic communications component, each receiver 110 can be communicated by letter with the communication subsystem in the second group communication system 30 with the communication subsystem in the first group communication system 20 with transmitter 120. For each transmitter 110, its workflow comprises: intercept and being connected and receiving the data such as message form from the communication subsystem of docking of the communication subsystem of the first or second group communication system, after receiving data, return to confirmation message to communication subsystem; Correspondingly, for each transmitter 120, its workflow comprises: first to the firstth or the communication subsystem of two group communication systems send connection request, and connecting after to communication subsystem transmission message, finally from communication subsystem confirmation of receipt message.
Preferably, receiver 110 and transmitter 120 can adopt the Interprocess Communication Mechanism based on Socket, and wherein receiver 110 is Socket service end, and transmitter is Socket client.
Receiver in the present embodiment and transmitter are all configurable to adapt to and being connected of specific communication subsystem, and wherein at least one in lising under can comprising of configurable parameter: pattern (being isochronous/asynchronous mode), the Socket that ID title, IP address and port, receiver receive data is connected configuration, docks Socket client relevant configuration, associated filtering item setting, reads and writes message queue relevant configuration, overtime control configuration and heartbeat and maintain configuration. After having configured, the port that receiver 110 can be configured, the long be connected/short connection with the realization of synchronous/asynchronous communication pattern with the Socket client of its docking; Correspondingly, the port that transmitter 120 can be configured, the long be connected/short connection with the realization of synchronous/asynchronous communication pattern with the Socket service end of its docking.
Message queue 130 is the assembly of the multiple communications components of bridge joint, for realizing the transfer storage of message. In the present embodiment, the bridge joint of each message queue 130 is configurable, that is, its as required bridge joint between any a pair of receiver 110 and transmitter 120, for transfer storing received device receive message and transmitter send message.
As shown in Figure 1, can be on receiver 110 and transmitter 120 carry filter 140, respectively the message receiving and the message of transmission are filtered. For each filter 140, it can comprise multiple filtering items of in order message being filtered, the verification of support to message content and the various dimensions filtration of message, and forward, reverse two kinds of filtered models can be provided simultaneously. What preferably, each filtering item can be based in following filter logic is one or more: head coupling, fuzzy matching, afterbody coupling, full word coupling, sets match.
In the present embodiment, can realize the configuration to filter 140 by the associated filtering item parameters that receiver 110 and transmitter 120 are set. Particularly, suppose that a filter comprises filtering item 1～filtering item n, by associated filtering item parameters, receiver 110 or transmitter 120 can select the particular filter item in filtering item 1～filtering item n to have an effect or in enabled state, thereby realize configurable packet filtering.
Fig. 2 is the feature summary figure with the device of framework shown in Fig. 1.
As shown in Figure 2, the device of the communication transfer of framework shown in Fig. 1 comprises communication transfer and telecommunication management two class functional modules, wherein, the former is for the transfer of communicating by letter between the communication subsystem of the first group communication system and the communication subsystem of the second group communication group system, can realize that interface conversion (for example synchronous mode turns asynchronous mode and asynchronous mode turns synchronous mode), order issue, acquisition of information and message cluster transmition; The latter comprises that overtime control, heartbeat maintain and traffic monitoring etc. Will more clearly recognize as mentioned above and in conjunction with description below, in the communication shown in Fig. 2, rotating function and telecommunication management function are all configurable.
Fig. 3 A shows an ios dhcp sample configuration IOS DHCP of the device with framework shown in Fig. 1.
Here hypothesis realizes in the first group communication system one of them system or communication subsystem A adopt synchronous interaction pattern, and one of them system in second communication group system or communication subsystem B adopt asynchronous interactive pattern, in order to realize the communication between the two, as shown in Figure 4 A, for communication subsystem A is equipped with a receiver 111 and this receiver 111 is configured to synchronous mode, for two receivers 121 of communication subsystem B configuration and 122 and they are configured to asynchronous mode, and configure two message queues 131 and 132, bridge joint is between receiver 111 and receiver 121 and between receiver 111 and receiver 122 respectively. after above-mentioned configuration, between communication subsystem A and communication subsystem B, can realize information interaction through the transferring device 10 of communicating by letter. particularly, referring to Fig. 3 A, receiver 111 receives message and is stored in message queue 131 from communication subsystem A, and subsequently, transmitter 121 for example extracts the message in message queue 131 according to the order of first in first out and forwards the message of this extraction to communication subsystem B. on the other hand, transmitter 122 receives message and is stored in message queue 132 from communication subsystem B, and subsequently, transmitter 111 for example extracts the message in message queue 132 according to the order of first in first out and forwards the message of this extraction to communication subsystem A.
Fig. 3 B shows another ios dhcp sample configuration IOS DHCP of the device with framework shown in Fig. 1.
Here hypothesis realizes communication subsystem A and wants the transmitting order to lower levels to communication subsystem B, and communication subsystem A and B all work under synchronous mode. In order to realize issuing of order, as shown in Figure 3 B, be respectively communication subsystem A and B outfit receiver 111 and transmitter 121 and they are configured to synchronous mode, and message queue 131 bridge joints of configuration are between receiver 111 and transmitter 121. After above-mentioned configuration, communication subsystem A can be through communication transferring device 10 to communication subsystem B transmitting order to lower levels. Particularly, referring to Fig. 3 B, receiver 111 receives command message and is stored in message queue 131 from communication subsystem A, and subsequently, transmitter 121 for example extracts the command message in message queue 131 according to the order of first in first out and forwards the command message of this extraction to communication subsystem B.
Fig. 3 C shows another ios dhcp sample configuration IOS DHCP of the device with framework shown in Fig. 1.
Here hypothesis realizes communication subsystem A and wants the obtaining information from communication subsystem B, and communication subsystem A and B all work under synchronous mode. In order to realize obtaining of information, as shown in Figure 3 C, be respectively communication subsystem A and B outfit receiver 111 and transmitter 121 and they are configured to synchronous mode, and two message queues 131 and 132 are configured to bridge joint between receiver 111 and transmitter 121, wherein, message queue 131 is for storing information acquisition request, and message queue 132 is for the information of store feedback. After above-mentioned configuration, communication subsystem A can be through communication transferring device 10 from communication subsystem B obtaining information. Particularly, referring to Fig. 3 C, receiver 111 receives information acquisition request and is stored in message queue 131 from communication subsystem A, subsequently, transmitter 121 for example extracts the information acquisition request in message queue 131 according to the order of first in first out and forwards the information acquisition request of this extraction to communication subsystem B. On the other hand, transmitter 121 receives feedack and is stored in message queue 132 from communication subsystem B, subsequently, receiver 111 for example extracts the feedback information in message queue 132 according to the order of first in first out and forwards the feedback information of this extraction to communication subsystem A.
Fig. 3 D shows another ios dhcp sample configuration IOS DHCP of the device with framework shown in Fig. 1.
Here hypothesis realizes communication subsystem A and wants to multiple communication subsystem B1, B2 in the second group communication system ... Bn pocket transmission news, and communication subsystem A and B1, B2 ... Bn all works under synchronous mode. In order to realize the mass-sending of message, as shown in Figure 3 D, for communication subsystem A is equipped with receiver 111, for communication subsystem B1, B2 ... Bn is equipped with transmitter 121,122 ... 122n, these receivers and transmitter are all configured to synchronous mode, and by n message queue 131,132 ... 13n is configured to respectively bridge joint between receiver 111 and transmitter 121, between receiver 111 and transmitter 122 ..., and between receiver 111 and transmitter 121n. After above-mentioned configuration, communication subsystem A can be through communication transferring device 10 to multiple communication subsystem B1, B2 ... Bn pocket transmission news. Particularly, referring to Fig. 3 D, receiver 111 is from communication subsystem A receipt message message and be stored in message queue 131,132 ... in 13n, subsequently, transmitter 121,122 ... 122n for example according to the order of first in first out from message queue 131,132 separately ... in 13n, extract message packet and to communication subsystem B1, B2 separately ... Bn forwards the message packet of this extraction.
It is pointed out that scene recited above is only exemplary, for other scene, can realize rotating function in required communication by the suitable configuration to Fig. 1 shown device equally. Therefore example recited above does not form limiting the scope of the present invention.
As mentioned above, the telecommunication management function shown in Fig. 2 is configurable. Below be further described.
Whether overtime control function is overtime to receiving feedback from sending message for judging under synchronous communication scene, and makes respective handling. Particularly, message flow during through each communication node all by mark timestamp, therefore by message being passed in and out to the comparison of timestamp and timeouts value, can judge that whether message overtime, and overtime message is implemented to abnormality processing. As mentioned above, the configurable parameter of receiver and transmitter all comprises overtime control configuration, has realized thus the configurability of overtime control function.
Whether heartbeat maintains function normal for surveying communication connection. The heartbeat of receiver maintains logic for judging at the appointed time whether receive message in interval, does not receive any message if exceed this time interval, reconnects operation; It is the time interval of setting to send heartbeat message that the heartbeat of transmitter maintains logic, successfully determines that heartbeat is normal as sent. As mentioned above, the configurable parameter of receiver and transmitter all comprises heartbeat and maintains configuration, by heartbeat being maintained to the setting of configuration, can adjust the above-mentioned time interval, has realized thus heartbeat and maintain the configurability of function.
Traffic monitoring function is for the flow of the each node of monitoring communications transfer. In communication transfer each node, all record message through information and be stored in shared drive, can obtain the overall flow information of the transferring device of communicating by letter in shared drive and show in real time by monitoring tools. By periodic analysis flow situation, and accordingly the configuration of transmitter and receiver is done to corresponding adjustment, thereby ensure the even of flow distribution, avoid blocking up of communication path.
Fig. 4 be according to one embodiment of the invention for realize the flow chart of method of the transfer of communicating by letter between the first group communication system and the second group communication system. For the purpose of setting forth conveniently, the method shown in Fig. 4 of supposing here realizes in the device shown in Fig. 1, but it is pointed out that the method for the present embodiment is not limited to the communication transferring device of certain architectures.
As shown in Figure 4, in step S410, by least one in multiple configurable receivers be configured to the first group communication system in one of them communication system adaptation.
Then in step S420, by least one in multiple configurable transmitters be configured to the second group communication system in one of them communication system adaptation.
Subsequently, in step S430, at least one message queue bridge joint is to complete in step S410 adaptive receiver and in step S420, is completed between adaptive transmitter, store for transfer the message that message that this adaptive receiver receives and this adaptive transmitter send.
The present invention has following advantages:
(1), compared with existing communication transfer technology, the invention provides rotating function and telecommunication management function in abundant communication.
(2), by modularization and configurable design, the present invention can meet the demand of multiple different communication scene fast.
(3) have higher communication efficiency based on communication transferring device of the present invention. For example, according to measuring and statistics, under actual applied environment, it completes once the consuming time between 1-2 millisecond of complete communication transfer.
Owing to can, in the situation that not deviating from essence spirit of the present invention, implementing the present invention with various forms, therefore above-described detailed description of the invention is only illustrative and not restrictive. Scope of the present invention is defined by claims, describing mode is done various variations or variation is all belonged to the protection domain of claims above.
Claims (10)
1. one kind for realizing and communicating by letter between the first group communication system and the second group communication systemThe device of transfer, is characterized in that, comprising:
Multiple configurable receivers, each configurable receiver is suitable for by configuration operationWith one of them the communication system adaptation in the first group communication system;
Multiple configurable transmitters, each configurable transmitter is suitable for by configuration operationWith one of them the communication system adaptation in the second group communication system; And
Configurable ground bridge joint is between a pair of configurable receiver and the configurable transmitterMessage queue, stores for transfer message and the configurable transmission that configurable receiver receivesThe message that device sends.
2. device as claimed in claim 1, wherein, further comprises filter, and it can be joinedPut and be mounted on configurable receiver, so that the message receiving is filtered.
3. device as claimed in claim 1, wherein, further comprises filter, and it can be joinedPut and be mounted on configurable transmitter, so that the message sending is filtered.
As claimed in claim 2 or claim 3 device, wherein, described filter comprise multiple byThe filtering item that order is filtered message, each filtering item is based on one in following filter logicIndividual or multiple: head coupling, fuzzy matching, afterbody coupling, full word coupling, sets match.
5. device as claimed in claim 1, wherein, the joining of described receiver and transmitterPut parameter and comprise at least one in following: ID title, IP address and port, synchronous/asynchronousPattern, Socket connect configuration, docking Socket client relevant configuration, associated filtering itemArrange, read and write message queue relevant configuration, overtime control configuration and heartbeat and maintain configuration.
6. one kind for realizing and communicating by letter between the first group communication system and the second group communication systemThe method of transfer, is characterized in that, comprises the following steps:
One of them in multiple configurable receivers is configured to and the first group communication systemIn one of them communication system adaptation;
One of them in multiple configurable transmitters is configured to and the second group communication systemIn one of them communication system adaptation; And
By a message queue bridge joint between this adaptive receiver and this adaptive transmitter,Store for transfer that message that this adaptive receiver receives and this adaptive transmitter sendMessage.
7. method as claimed in claim 6, wherein, further comprises the following steps:
Filter is mounted on the receiver of described adaptation, so that the message receiving was carried outFilter.
8. method as claimed in claim 6, wherein, further comprises the following steps:
Filter is mounted on the transmitter of described adaptation, so that the message sending was carried outFilter.
9. method as claimed in claim 7 or 8, wherein, described filter comprise multiple byThe filtering item that order is filtered message, each filtering item is based on one in following filter logicIndividual or multiple: head coupling, fuzzy matching, afterbody coupling, full word coupling, sets match.
10. method as claimed in claim 10, wherein, described receiver and transmitter canConfiguration parameter comprises at least one in following: ID title, IP address and port, synchronous/Asynchronous mode, Socket connect configuration, docking Socket client relevant configuration, associated mistakeFilter arranges, reads and writes message queue relevant configuration, overtime control configuration and heartbeat and maintains configuration.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110516916A (en) * | 2019-08-02 | 2019-11-29 | 阿里巴巴集团控股有限公司 | A kind of trans-regional data configuration method, system, device and electronic equipment |
| CN111818099A (en) * | 2020-09-02 | 2020-10-23 | 南京云信达科技有限公司 | TCP (Transmission control protocol) message filtering method and device |
| CN112511636A (en) * | 2020-12-04 | 2021-03-16 | 中国建设银行股份有限公司 | Data transmission system, method, device, computer equipment and storage medium |
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