CN101924715A - Gateway server and bank data processing system - Google Patents
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Abstract
The invention provides a gateway server and a bank data processing system. The gateway server comprises a plurality of gateway nodes which have parallel deployment architecture, wherein each gateway node contains a state marking unit, a bank data transceiver unit, an uplink data storing unit, a host data transceiver unit, a downlink data storing unit and a restarting unit, wherein the state marking unit is used to mark the current state of the gateway node; the state contains restart state or normal state; the bank data transceiver unit is used to receive the bank data to be provided for the host when the state of the gateway node is marked to be normal by the state marking unit; the uplink data storing unit is used to store the bank data received by the bank data transceiver unit; the host data transceiver unit is used to send the bank data stored by the uplink data storing unit to the host for processing and receive the result data processed by the host; the downlink data storing unit is used to store the result data received by the host data transceiver unit; and the restarting unit is used to execute the restart operation of the gateway node according to a preset restart command. By using the gateway server and bank data processing system of the invention, the problem of inconsistent data can be effectively avoided and the incidence rate of production accidents can be reduced.
Description
Technical field
The present invention relates to network communications technology field, particularly, relate to a kind of gateway server and bank data processing system.
Background technology
Gateway is the important communication link that connects main frame and each open platform, and all need be through the gateway circulation by the data of host process.Simultaneously, gateway is as a class server, certainly exists technology upgrading after the long-time running or restarts operation such as reset, and generally at present selects the less time of trading volume in morning to carry out gateway to restart.Provided under the service scenario in 7 * 24 hours at needs, gateway restart the normal operation that will have a strong impact on business system, incidents such as it is inconsistent up and down to cause easily concluding the business, can take place when serious that database changes and data can't pass to the accident of development platform in real time down, cause data inconsistency or generation production accident.
Therefore, how to improve the availability of gateway system, guarantee its 7 * 24 hours 100% provide service, be an urgent demand of each enterprise always.
Summary of the invention
The main purpose of the embodiment of the invention is to provide a kind of gateway server and bank data processing system, thereby to solve the inconsistent problem that production accident takes place of data that existing bank gateway causes when restarting.
To achieve these goals, the embodiment of the invention provides a kind of gateway server, comprises a plurality of gateway nodes with parallel deployment architecture, this gateway node comprises: dry state symbol unit, the current state that is used for the mark gateway node, wherein, described state comprises: restart or normal; The bank data Transmit-Receive Unit is used for gateway node state at described dry state symbol unit mark for just often, receives the bank data that needs to send main frame; Uplink data storing unit is used to store the bank data that described bank data receiving element receives; Host data transceiver unit is used for bank data with the storage of described uplink data storing unit and sends to result data after described host process is handled and received to described main frame; The downlink data memory cell is used to store the result data that described host data transceiver unit receives; Restart the unit, be used for carrying out the reboot operation of gateway node according to the reset command that pre-sets.
Preferably, above-mentioned bank data Transmit-Receive Unit also is used for: the result data of described downlink data cell stores is sent to front server.
Said gateway node also comprises: the timeout treatment unit, be used to judge whether the bank data that described host data transceiver unit sends to main frame receives described result data in the given time, if do not receive described result data at the fixed time, then overtime prompting is sent to described bank data Transmit-Receive Unit.
Particularly, dry state symbol unit comprises: the status checkout module is used to check the current state of gateway node; The status indication module is used for the state according to the described gateway node of status indication of described reboot operation of restarting the unit and described current gateway node.
The embodiment of the invention also provides a kind of bank data processing system, this system comprises: above-mentioned gateway server, the main frame that is used for the Processing Ag line data and front server, described front server sends to described main frame by described gateway server with bank data, wherein, described front server comprises: the gateway node information acquisition unit is used for knowing the IP address and the port information of described each gateway node of gateway server; Connect and to set up the unit, be used at least establishing a communications link with two gateway nodes of described gateway server; Data transmission unit is used for that described bank data is sent to described connection and sets up the gateway node that the unit is set up; The feedback information receiving element, the failure cause when sending failure on being used to receive the result data that returns from described gateway server and described result data and being.
By means of technique scheme one of at least, determine whether to send bank data on this gateway node by current state according to each gateway node, for the gateway node that is in rebooting status, just can no longer upload bank data by this gateway node, can overcome the problem of the inconsistent production accident that causes of data that when restarting, causes owing to bank's gateway of the prior art, thereby effectively avoid the inconsistent problem of data, reduced the incidence of production accident.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, the accompanying drawing of required use is done to introduce simply in will describing embodiment below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the structured flowchart according to the gateway server of the embodiment of the invention;
Fig. 2 is the structured flowchart according to the dry state symbol unit 111 of the embodiment of the invention;
Fig. 3 is the structured flowchart according to the gateway node of the embodiment of the invention;
Fig. 4 be according to the embodiment of the invention Main Processor Unit 118, timeout treatment unit 117, restart the logical construction block diagram of unit 116 and dry state symbol unit 111;
Fig. 5 is the realization flow figure according to the uninterrupted service of gateway server of the embodiment of the invention;
Fig. 6 is the workflow diagram according to the gateway server of the embodiment of the invention;
Fig. 7 is the structured flowchart according to the bank data processing system of the embodiment of the invention;
Fig. 8 is the structured flowchart according to the front server 3 of the embodiment of the invention;
Fig. 9 is according to the front server 3 of the embodiment of the invention and the workflow diagram of gateway server 1.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that is obtained under the creative work prerequisite.
Because bank of the prior art gateway can't provide normal service, thereby cause the inconsistent of transaction data, and then will cause production accident when restarting or upgrade upgrading.Based on this, the embodiment of the invention provides a kind of gateway server and bank data processing system, to address the above problem.Below in conjunction with accompanying drawing the embodiment of the invention is elaborated.
Embodiment one
The embodiment of the invention provides a kind of gateway server, and this gateway server comprises a plurality of gateway nodes with parallel deployment architecture, and as shown in Figure 1, this gateway node 11 comprises:
Dry state symbol unit 111 is used for the state of mark current gateway node, and wherein, state comprises: restart or normal;
Bank data Transmit-Receive Unit 112 is used for gateway node state at the dry state symbol unit mark for just often, receives the bank data that needs to send main frame;
Uplink data storing unit 113 is used to store the bank data that the bank data receiving element receives;
Host data transceiver unit 114 is used for bank data with uplink data storing unit storage and sends to result data after host process is handled and received to main frame;
Downlink data memory cell 115 is used for the result data that storage host data transmit-receive unit receives;
Restart unit 116, be used for carrying out the reboot operation of gateway node according to the reset command that pre-sets.
By above description as can be seen, by the current state of bank data Transmit-Receive Unit according to each gateway node of dry state symbol unit mark, determine to be used for sending the gateway node of data, and the result data by downlink data cell stores main frame feedback, can know on whether bank data and send success, like this, for the gateway node that is in rebooting status, just can no longer upload bank data by this gateway node, and can know on whether data by the downlink data memory cell and to send success, thereby effectively avoided the inconsistent problem of data, can overcome of the prior art because the inconsistent production accident problem that causes of transaction data by the embodiment of the invention.
Particularly, above-mentioned bank data Transmit-Receive Unit 112 can also send to front server with the result data of downlink data cell stores, this front server is used to send the bank data of giving host process on the needs, be generally the numerous platform application servers that need to connect main frame, for example: front-end system, new terminal system, other trading servers etc.
As shown in Figure 2, dry state symbol unit 111 comprises:
Current state by the real-time mark gateway node of dry state symbol unit, when this gateway node need be restarted, then status indication module 1112 can be " restarting " with the status indication of this gateway node just, front server transmits bank data with regard to not selecting this gateway node, thereby has avoided the inconsistent problem of data.
Fig. 3 is the structured flowchart according to the gateway node of the embodiment of the invention, below in conjunction with block diagram shown in Figure 3, above-mentioned each unit is described in detail.
Bank data Transmit-Receive Unit 112 receives the connection request that the lower end front servers are initiated, and sets up socket when newly-built connection request is arranged and connects, and creates subprocess and reads and use the licit traffic data of initiating, and transaction data is sent to uplink data storing unit 113.The uplink data storing unit 113 here is a system message queue, comprises at least one uplink data storing unit 113 in the gateway node, is used to deposit the transaction data that send on each needs.Downlink data memory cell 115 also is a system message queue, also comprise at least one downlink data memory cell 115 in the gateway node, be used to deposit the transaction data or the result data that return after the host process, then transaction data or the result data that returns sent to front server by bank data Transmit-Receive Unit 112.
Host data transceiver unit 114 reads the data of uplink data storing unit 113 storages in real time and sends the data to main frame, and transaction data that returns after the wait host process or result data, then transaction data or the result data that returns sent to downlink data memory cell 115.
Dry state symbol unit 111 is used for the state of mark current gateway node, and this state comprises two kinds of " normally ", " restarting ".What restart that unit 116 provides gateway node restarts service function automatically.Dry state symbol unit 111 is according to restarting the service of restarting that unit 116 is carried out, check the operating state of gateway node, when gateway node when being working properly, it is " restarting " that dry state symbol unit 111 is revised the gateway node state, after finishing the gateway node reboot operation, it is " normally " that dry state symbol unit 111 is revised the gateway node state.Restarting unit 116 can be a real-time service routine, and the service of restarting in real time is provided.This reset command that pre-sets can be one monthly or by the timing services in sky, realize the schedule reboot of gateway node.
Dry state symbol unit 111 is carried out mark according to the reboot operation of restarting unit 116, reads in real time for bank data Transmit-Receive Unit 112, host data transceiver unit 114, and then determines whether to select this gateway node to transmit data.This dry state symbol unit 111 can be a block system shared drive, also can be the file identifier of a public domain.
Preferably, gateway node 11 also comprises: the timeout treatment unit, be used to judge whether the bank data that host data transceiver unit sends to main frame receives result data in the given time, if do not receive result data at the fixed time, then overtime prompting is sent to the bank data Transmit-Receive Unit, and then result data is sent to front server, like this, front server will resend bank data, to guarantee the property unanimous between the higher and lower levels of data.
In specific implementation process, gateway node can comprise a Main Processor Unit, is used to control the timeout treatment unit, restarts unit and dry state symbol unit, function such as restarts to realize that gateway is seamless.Fig. 4 is Main Processor Unit 118, timeout treatment unit 117, restarts the logical construction block diagram of unit 116 and dry state symbol unit 111, below in conjunction with logical construction shown in Figure 4, describes the operation principle of this plurality of units in detail.
The current state of dry state symbol unit 111 mark gateway nodes.Gateway process all must be checked this dry state symbol unit 111 before sending main frame in the every transaction of processing (this transaction promptly refers to bank data): during when dry state symbol unit 111 marks " normally ", send on transaction is normal; When dry state symbol unit 111 marks " are restarted ", send in the transaction no longer, and return miscue, send on carrying out with other gateway nodes of prompting selection.Dry state symbol unit 111 can be a shared drive, or a public file indications.Bank data Transmit-Receive Unit, host data transceiver unit be the state of reading state indexing unit 111 marks in real time, send data to determine whether to select this gateway node on carrying out.
Particularly, dry state symbol unit 111 comprises: status checkout module 1111 and status indication module 1112, wherein: status checkout module 1111 is used to check the operating state of current gateway process, and check result is fed back to Main Processor Unit 118.Main Processor Unit 118 receives outside reset command, reads respective profiles, obtains the name of the gateway progress of work, searches in the current system, whether has the gateway process of operate as normal: as existing, the gateway operate as normal is described; Do not exist as process, illustrate that gateway starts unusually or not, feeds back to Main Processor Unit 118 with the gateway operating state at last.
The processes of returning to be transacted such as timeout treatment unit 117 is used to handle.When Main Processor Unit 118 is " restarting " by calling status indication module 1112 mark gateway node states, gateway node is in rebooting status, no longer receive new data this moment, but also do not withdraw from once, but wait for by this gateway node and send the data of main frame to return on.Stand-by period is controlled by timeout mechanism, at this moment between in, by normal flow, all arm's length dealings are returned.When surpassing this time, this gateway node do not waiting for, sends to the front server overtime prompting of concluding the business.
Behind Main Processor Unit 118 wait timeout processing units 117 end-of-jobs, call the work that unit 116 finishes gateway node of restarting.This restarts the unit can call exiting command of original gateway, perhaps adopts the system command of directly closing gateway process, judges it is to continue reboot operation or orderly closedown then.If orderly closedown; then Main Processor Unit 118 calls status indication module 1112 dry state symbol unit 111 is modified to " normally "; after preventing the normal startup of next gateway, be checked through " restarting " state and cisco unity malfunction, Main Processor Unit 118 withdraws from automatically and gets final product then.Restart if desired, then Main Processor Unit 118 calls status indication module 1112 dry state symbol unit 111 is modified to " normally ", then gateway node is started, and finishes reboot operation.
Need to prove that gateway is restarted two kinds of branches: a kind of is that server (as the above-mentioned program of restarting) is restarted in daily timing; Another kind is need cut off service so that upgrade gateway program (similar repacking program), just is equivalent in this case normally withdraw from, and can carry out operations such as program installation behind the dead halt.
Fig. 5 is the realization flow figure of the uninterrupted service of gateway server, and this flow process comprises the steps:
Step 501 is restarted unit 116 and is started, and this startup can be manual operations, and that carries out gateway server restarts function in real time, and this startups also can be added the timing operation the inside to, realization monthly or the stipulated time per diem restart.Service processes reads configuration file after starting, and obtains parameters such as gateway process name and waiting-timeout time, to finish the initialization operation of process;
Step 502, status checkout module 1111 is checked the current state of gateway node, if work, then enters step 503, if gateway node does not start, then explanation need not the service of restarting, and enters step 509, and returns miscue;
Step 503, if there is the gateway process of normal service, then Main Processor Unit 118 calls status indication module 1112 mark current states for " restarting ", the expression gateway server is in rebooting status;
Step 504, status indication module 1112 mark current states for " restarting " afterwards, according to the predetermined stand-by period, wait and to be transactedly normally return.Waiting time is greater than the transaction stand-by period that sets in advance, and do not return always or in the transaction that terminal wait returned after the time, thinks unusual overtime transaction;
Step 505, after the stand-by period, all arm's length dealings are returned, and Main Processor Unit 118 calls restarts unit 116, finishes all gateway process;
Step 506, after all gateway process were closed, Main Processor Unit 118 called status indication module 1112 mark current states and is " normally ", waits for gateways and starting or updating operation;
Step 507 judges that gateway is upgrading or starts, if gateway needs upgrading, restarts after the unit withdraws from, and can change gateway program, restart operation such as system; If restart gateway operation, then calling status indication module 1112 mark current states is to enter step 508 after " normally ";
Step 508 starts gateway process, finishes that gateway is seamless restarts flow process;
Step 509 does not start if status checkout module 1111 is checked through gateway node, illustrates that then reboot operation does not need, with gateway not starting state feed back to the keeper, to carry out abnormality processing;
Step 510, if do not need to restart gateway, then status indication module 1112 mark current states are " normally ", finish to restart flow process.
Fig. 6 is the workflow diagram of gateway server, and as shown in Figure 6, this flow process comprises:
Step 600, gateway server unit 20 starts, and can be start-up by hand, and this generally is that gateway node begins operate as normal, work such as the configuration file that is used to finish the gateway operate as normal reads, normal initialization;
Step 601, the monitoring service port, gateway server 1 is relations of server and client with front server 3, gateway server is opened a listening port as service end, and this port can read from configuration file, when gateway server started, this port can not be occupied.The bank data Transmit-Receive Unit is at this port, listens socket by setting up frame on the protocol family of appointment and the Socket type, and with the port binding of appointment to this socket, create and monitor socket, read the data of sending on the front server 3, the line data verification of going forward side by side, processing such as transcoding;
Step 602, receive legal data after, check dry state symbol unit, judge whether gateway node is in rebooting status: when being in " restarting ", then enter step 607, and this state is returned to front server; When being in " normally ", then this transaction can normally be carried out, and enters step 603;
Step 603, gateway node is working properly, and New Transaction is placed into uplink data storing unit by application number, waits for reading of host data transceiver unit, and the host data R-T unit will be delivered to respective host on will concluding the business according to different application numbers;
Step 604, after transaction data was put into uplink data storing unit, subprocess taked the blocking type mode to be transacted returning such as downlink data memory cell, and the waiting-timeout time is set, do not return if in the stand-by period, conclude the business, then overtime result is returned to terminal;
Step 605: if wait at the appointed time, then transaction data after the host process or result packing are sent to front server, so far finish a transaction by the time transaction is returned; Or overtime result sent to front server, and return the New Transaction gathering data arrival that step 601 continues to wait for this connection;
Step 606: after the transaction data after will handling returns front server, and check dry state symbol unit, judge whether gateway node is in rebooting status: when being in " restarting " state, enter step 607, close this connection; When being in " normally " state, then return step 601, continue to wait for transaction data;
Step 607: when gateway is in " in restarting " state, return information that gateway is in rebooting status to front server, close this connection, the gateway subprocess withdraws from.
Embodiment two
The embodiment of the invention also provides a kind of bank data processing system that comprises above-mentioned gateway server, as shown in Figure 7, this system also comprises: the main frame 2 and the front server 3 that are used for the Processing Ag line data, front server 3 sends to main frame 2 by gateway server 1 with bank data and handles, and the data after main frame will be handled return to front server 3 by gateway server 1.
Particularly, Fig. 8 is the structured flowchart of front server 3, and as shown in Figure 8, this front server 3 comprises:
Gateway node information acquisition unit 31 is used for knowing the IP address and the port information of each gateway node of gateway server;
Connect and to set up unit 32, be used at least establishing a communications link with two gateway nodes of gateway server;
Feedback information receiving element 34, the failure cause when sending failure on being used to receive the result data that returns from gateway server and result data and being.
By connection set up unit 32 at least with gateway server in two gateway nodes establish a communications link, can guarantee to send the success rate of bank data to main frame, send failure cause on knowing by feedback information receiving element 34, can in time adjust the mode of sending, further guaranteed data on send success rate.
Fig. 9 is the workflow diagram of front server 3 and gateway server 1, and this flow process comprises:
Step 901 if be registered in gateway node successful connection in the configuration file, is then upgraded the connection pool state, and this linkage record is got off, and this connection pool is used to write down the connection status of front server 3 and each gateway node; If connection failure then regularly attempts recovering this connection, to guarantee when this gateway node is working properly, in time setting up communication;
Step 903 when front server 3 is initiated transaction, selects one in the connection pool successfully to send data in the connection at random, because gateway node adopts the mode of parallel deployment, transaction data can both normally be delivered to main frame 3 from any gateway node;
Step 904 is sent data and is waited for returning of gateway server 1 on the front server 3, judge in the transaction whether and send success, is closed if connect, and then knows failure cause;
Step 905, on deliver easy failure, receive the reason that gateway server 1 returns, do corresponding miscue and handle,, then jump to step 902 if the gateway of this connection is in rebooting status, upgrade the state of connection pool, should connect and from connection pool, delete, reselect connection simultaneously and send this transaction;
Step 906 if send success in the transaction, waits for that transaction data returns, and so far finishes a Successful Transaction; Close this connection, perhaps restart a new transaction.
By the workflow of above-mentioned front server 3, can realize uninterrupted service, thereby overcome the inconsistent problem that production accident takes place of data that gateway of the prior art causes when restarting with gateway server 1.
In sum, the embodiment of the invention provides a kind of gateway server and system thereof that can realize uninterrupted service, gateway server all is that system finishes automatically in the whole process of restarting, can reduce manual intervention, design rebooting status simultaneously, can avoid the up and down inconsistent situation of transaction to take place.Adopt a plurality of gateway nodes, many cover gateway nodes are restarted in turn, realized that the seamless of gateway server restart, solved that gateway is restarted or the influence to banking out of service when upgrading, guaranteed gateway system can 7 * 24 hours in 100% availability, improved the level of customer service of bank.
One of ordinary skill in the art will appreciate that all or part of step that realizes in the foregoing description method can instruct relevant hardware to finish by program, this program can be stored in the computer read/write memory medium, such as ROM/RAM, magnetic disc, CD etc.
Above-described specific embodiment; purpose of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the above only is specific embodiments of the invention; and be not intended to limit the scope of the invention; within the spirit and principles in the present invention all, any modification of being made, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. a gateway server comprises a plurality of gateway nodes with parallel deployment architecture, it is characterized in that described gateway node comprises:
Dry state symbol unit is used for the current state of mark gateway node, and wherein, described state comprises: restart or normal;
The bank data Transmit-Receive Unit is used for gateway node state at described dry state symbol unit mark for just often, receives the bank data that needs to send main frame;
Uplink data storing unit is used to store the bank data that described bank data receiving element receives;
Host data transceiver unit is used for bank data with the storage of described uplink data storing unit and sends to result data after described host process is handled and received to described main frame;
The downlink data memory cell is used to store the result data that described host data transceiver unit receives;
Restart the unit, be used for carrying out the reboot operation of gateway node according to the reset command that pre-sets.
2. gateway server according to claim 1 is characterized in that, described bank data Transmit-Receive Unit also is used for: the result data of described downlink data cell stores is sent to front server.
3. gateway server according to claim 2 is characterized in that, described gateway node also comprises:
The timeout treatment unit, be used to judge whether the bank data that described host data transceiver unit sends to main frame receives described result data in the given time, if do not receive described result data at the fixed time, then overtime prompting is sent to described bank data Transmit-Receive Unit.
4. gateway server according to claim 1 is characterized in that, described dry state symbol unit comprises:
The status checkout module is used to check the current state of gateway node;
The status indication module is used for the state according to the described gateway node of status indication of described reboot operation of restarting the unit and described current gateway node.
5. bank data processing system, described system comprises gateway server as claimed in claim 1, is used for the main frame and the front server of Processing Ag line data, it is characterized in that, described front server sends to described main frame by described gateway server with bank data, wherein, described front server comprises:
The gateway node information acquisition unit is used for knowing the IP address and the port information of described each gateway node of gateway server;
Connect and to set up the unit, be used at least establishing a communications link with two gateway nodes of described gateway server;
Data transmission unit is used for that described bank data is sent to described connection and sets up the gateway node that the unit is set up;
The feedback information receiving element, the failure cause when sending failure on being used to receive the result data that returns from described gateway server and described result data and being.
6. system according to claim 5 is characterized in that, described bank data Transmit-Receive Unit also is used for: the result data of described downlink data cell stores is sent to front server.
7. system according to claim 6 is characterized in that, described gateway node also comprises:
The timeout treatment unit, be used to judge whether the bank data that described host data transceiver unit sends to main frame receives described result data in the given time, if do not receive described result data at the fixed time, then overtime prompting is sent to described bank data Transmit-Receive Unit.
8. system according to claim 5 is characterized in that, described dry state symbol unit comprises:
The status checkout module is used to check the current state of gateway node;
The status indication module is used for the state according to the described gateway node of status indication of described reboot operation of restarting the unit and described current gateway node.
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| CN109271347B (en) * | 2018-09-04 | 2022-04-22 | 郑州云海信息技术有限公司 | Starting method, device and equipment for storage unit of distributed file system |
| CN110225121A (en) * | 2019-06-13 | 2019-09-10 | 四川长虹电器股份有限公司 | Order based on telecommunication platform sends adjusting method and system |
| CN110225121B (en) * | 2019-06-13 | 2021-08-31 | 四川长虹电器股份有限公司 | Command sending adjusting method and system based on telecommunication platform |
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