CN100385855C - System and its method for central remote automatic upgrading software - Google Patents
System and its method for central remote automatic upgrading software Download PDFInfo
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- CN100385855C CN100385855C CNB2006100670507A CN200610067050A CN100385855C CN 100385855 C CN100385855 C CN 100385855C CN B2006100670507 A CNB2006100670507 A CN B2006100670507A CN 200610067050 A CN200610067050 A CN 200610067050A CN 100385855 C CN100385855 C CN 100385855C
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Abstract
The present invention relates to a system for central remote automatic updating software, which comprises nodes to be updated, a server respectively connected with the network of each node to be updated, and a client end connected with a server network, wherein software to be updated and updating agent modules are arranged in the nodes to be updated. The present invention also relates to a method for the central remote automatic updating software, which comprises the following steps: in step one, the client end sends an updating command and an updating packet submitted by a user and the information of the nodes to be updated selected by the user to the server; in step two, the server sends the updating command and the updating packet to the updating agent modules of the nodes to be updated; in step three, the updating agent modules update the software to be updated according to the identification information and the updating operation information of the software to be updated. The present invention can flexibly select updating objects and updating time, realize the central remote automatic update, monitor the updating process in time, simplify updating operation and lower cost.
Description
Technical field
The present invention relates to a kind of system and method thereof of integrating remote automatic upgrade software, be particularly related to and a kind ofly can select upgrading object and update time neatly, realize concentrating remote automatic upgrading, shorten the overall update time of multinode, the monitoring escalation process, simplify updating operation, and the system of the integrating remote automatic upgrade software that reduces cost and method thereof.
Background technology
Along with the extensive application of computer software and the complexity day by day of software, urgent day by day to the upgrade requirement of software, most of softwares must frequently carry out updating operation in its life cycle.
Upgrade method to software in the prior art mainly comprises on-site manual upgrade method and network automatically updating method.
The on-site manual upgrade method mainly may further comprise the steps: at first be that the developer develops AKU according to the difference of software new and old edition, have the file or the data of software redaction in the AKU; Then AKU is delivered on the user's computer via traditional logistics mode or interference networks; End user or attendant carry out sequence of operations according to the upgrading guiding book, finish the replacement of legacy version file or the software upgrade jobs such as renewal of configuration data.
The shortcoming of this method is:
1, since updating operation mainly finish by user or attendant, therefore to updating operation personnel's requirement than higher, need be familiar with some systematic knowledges and order;
2, complicated operation is made mistakes easily;
3, upgrade cycle long, especially when needs were upgraded the software of a plurality of goal systems, all the escalation process required times were summations of the required update time of each individual equipment;
4, the updating operation personnel must if need a plurality of goal systems wide aparts of upgrading, can cause manpower and transportation cost to increase at the upgrading execute-in-place.
The network automatically updating method is to come the file data of storing software redaction or ROMPaq etc. by a server, operate in software to be upgraded on the node to be upgraded and check the version number of software on this server termly, if the version number of this server software is greater than the version number of software on this node to be upgraded, then this software to be upgraded is automatically from server download and upgrade program and data and finish escalation process; The software to be upgraded that perhaps operates on the node to be upgraded is waited for the software update information that this server issues, and after receiving software update information automatically from server download and upgrade program and data and finish escalation process.
This method has been avoided the shortcoming of on-site manual upgrade method, but its weak point is:
1, each node to be upgraded is independently finished the escalation process of self, and escalation process lacks the personnel control, in case break down then the attendant can not in time get involved;
2, the time of each node to be upgraded and order are uncontrollable, can not satisfy the demand that multinode is progressively upgraded;
3, software to be upgraded need possess with server communication, download and upgrade bag and data, automatically perform functions such as ROMPaq, can increase software development cost greatly for these functions are provided.
Summary of the invention
The objective of the invention is at above-mentioned the deficiencies in the prior art, a kind of system and method thereof of integrating remote automatic upgrade software are provided, can effectively overcome the shortcoming of prior art, select upgrading object and update time neatly, realize the remote centralized auto-update, shorten the overall update time of multinode, the monitoring escalation process, simplify updating operation, and reduce human cost and development cost.
For achieving the above object, the invention provides a kind of system of integrating remote automatic upgrade software, comprise: node to be upgraded, be provided with software to be upgraded and upgrading proxy module in the described node to be upgraded, described upgrading proxy module and described software interactive to be upgraded, and preserve the identifying information of described software to be upgraded, be used for upgrading and control described software to be upgraded; Server is connected with each described meshed network to be upgraded respectively, and described server is used for: receive and manage the log-on message of each described node to be upgraded, send order to described node to be upgraded, and the command execution results of collecting described node to be upgraded; Client is connected with described server network, and described client is used for: the information that querying server is preserved, send order to server, and the command execution results of the node to be upgraded of reception server transmission.
In the technique scheme, simultaneously a plurality of nodes to be upgraded are concentrated remote automatic upgrading, can shorten update time, saving personnel and transportation cost by network; The upgrading personnel can select upgrading object and time flexibly; Software to be upgraded need not to provide modules such as communication, download, has reduced development cost.
In order to realize goal of the invention better, described server can be the WEB server, described client can be the WEB browser, be connected with described WEB server, be used for: the information that inquiry WEB server is preserved, send order to the WEB server, and the command execution results that receives the upgrading proxy module of WEB server transmission.
Described server also can comprise database module and server module further; Described database module is used to store the relevant information of log-on message, command execution results and the AKU of described node to be upgraded; Described server module is connected with described client with described database module respectively, described server module is used for: receive order from described client, to described upgrading proxy module transmitting order to lower levels, to described database module stores command execution results, and information extraction and send to described client from described database module.Further, described server also can comprise interfacing expansion module, is connected with described client with described database module respectively; Described interfacing expansion module is used for: receives the interface explosion command that described client issues, new interface message is stored in the described database module, and the upgrading proxy module that new interface message is sent to described node to be upgraded.
Described server also can comprise server module and store data file that described data file is used to preserve the relevant information of log-on message, command execution results and the AKU of described node to be upgraded further; Described server module is used for: receive order from described client, to described upgrading proxy module transmitting order to lower levels, to described data file memory command execution result, and information extraction and send to the upgrading proxy module of described node to be upgraded from described data file.Further, described server can comprise interfacing expansion module, is connected with described client; Described interfacing expansion module is used for: receive the interface explosion command that described browser client issues, new interface message is stored in the described data file, and new interface message is sent to described client.
Described client also can comprise subscriber interface module further, is connected with described server; Described subscriber interface module is used for: receive the order of user's submission and pass to described server, the AKU that receives user's submission also is uploaded to described server, receives the information of described server transmission and exports to the user.Described client also can comprise subscriber interface module and be used to store the memory module of the AKU of user's submission; Described subscriber interface module is connected with described server with described memory module respectively; Described subscriber interface module is used for: receive the order of user's submission and pass to described server, the AKU of storing in the memory module is uploaded to described server, receives the information of described server transmission and exports to the user.Described subscriber interface module can comprise Integrated Development Environment interface and/or WEB interface.
Described client also can comprise the expanded function interface module further, is connected with described server; Described expanded function interface module is used for: receive user-defined order and send to described server.
For realizing goal of the invention, the present invention also provides a kind of method of integrating remote automatic upgrade software, may further comprise the steps:
Upgrading order and the AKU that step 1, client are submitted the user to, the information that reaches the node to be upgraded of user's selection send to server;
The upgrading proxy module of step 3, described node to be upgraded is treated upgrade software and is carried out updating operation according to the updating operation information of preserving in the identifying information of the software of preserving in this proxy module to be upgraded and the AKU.
In order to realize goal of the invention better, described step 1 can specifically comprise: the AKU that installation order that client is at first submitted the user to and user submit to sends to server; The upgrading order that the user is submitted to then, and the information of the node to be upgraded selected of user send to server.Described step 2 can specifically comprise: server is at first formed mount message with described installation order and described AKU, and described mount message is sent to the upgrading proxy module of described node to be upgraded; Then described upgrading order is sent to the upgrading proxy module of described node to be upgraded.Described step 2 also can specifically comprise: server is formed upgrade information with described upgrading order and described AKU, and described upgrade information is sent to the upgrading proxy module of described node to be upgraded.Described step 3 can specifically comprise: the upgrading proxy module of described node to be upgraded establishes a communications link with this upgrade interface by being kept at the log-on message of the upgrade interface that sets in advance in the software to be upgraded in this upgrading proxy module, described in advance; By calling the upgrade interface that sets in advance in the described software to be upgraded, will upgrade order and AKU are handed down to described software to be upgraded, and according to the updating operation information of preserving in the AKU, treat upgrade software and carry out updating operation then.
In order to realize goal of the invention better, also can comprise the step of constructing described AKU before the described step 1, specifically comprise: updating operation and operating sequence that software to be upgraded need be carried out are recorded in the escalation process message file, the different information of the redaction of software to be upgraded and legacy version are recorded in the information of redaction of software to be upgraded; And with the information of the redaction of described software to be upgraded, and described escalation process message file be kept in the AKU.Described step 3 can specifically comprise: the upgrading proxy module of described node to be upgraded establishes a communications link with software to be upgraded according to the identifying information of the software of preserving in this proxy module to be upgraded; According to the redaction of the software of preserving in the AKU to be upgraded and the different information of legacy version,, treat the updating operation that upgrade software carries out escalation process message file record then according to the operating sequence of the escalation process message file record of preserving in the AKU.Describedly treat the updating operation that upgrade software carries out escalation process message file record and specifically may further comprise the steps: the program and the data of in step a, preserving the legacy version of software to be upgraded; According to the feature of the redaction of software to be upgraded, updating operation such as the legacy version for the treatment of upgrade software is replaced, increased, modification are if upgrade successfully then finish the execution in step c if upgrading is unsuccessful in step b; In step c according to the program and the data of the legacy version of the software of preserving to be upgraded, with the state of software rejuvenation to be upgraded before the upgrading.Described step b can specifically comprise: according to the feature of the redaction of software to be upgraded, updating operation such as the legacy version for the treatment of upgrade software is replaced, increased, modification, if upgrade successfully, then check escalation process whether new interface is provided, be the upgrading proxy module registration interface information of software then to be upgraded under it, otherwise finish; If upgrading is unsuccessful, then execution in step c.
The step of the described described AKU of structure before step 1 also can specifically comprise: ROMPaq is kept in the AKU, and described ROMPaq is the ROMPaq that software to be upgraded need be carried out.Described step 3 also can specifically comprise: the upgrading proxy module of described node to be upgraded establishes a communications link with software to be upgraded according to the identifying information of the software of preserving in this proxy module to be upgraded; Call then and carry out the ROMPaq of preserving in the AKU.
Further, between described step 2 and step 3, also can comprise and make the out-of-work step of described software to be upgraded, specifically comprise: the upgrading proxy module of described node to be upgraded, by being kept at the log-on message that stops interface that sets in advance in the software to be upgraded in this upgrading proxy module, described in advance, stopping interface with this establishes a communications link, stop interface by calling this then, this software to be upgraded is quit work, and stop interface by this and know whether success of operating result, be execution in step 3 then, otherwise finish.Also can comprise in described step 2 and described making between the out-of-work step of described software to be upgraded: the step of checking the running status of described software to be upgraded, specifically comprise: the upgrading proxy module of described node to be upgraded, by being kept in advance in this upgrading proxy module, the log-on message of the running status check interface that sets in advance in the described software to be upgraded, establish a communications link with this running status check interface, then by calling whether this running status check interface is halted state with the running status of checking described software to be upgraded, be execution in step 3 then, otherwise carry out the described out-of-work step of described software to be upgraded that makes.After described step 3, also can comprise the step that makes described software startup work to be upgraded, specifically comprise: the upgrading proxy module of described node to be upgraded is at first by being kept in advance in this upgrading proxy module, the log-on message of the running status check interface that sets in advance in the described software to be upgraded, establish a communications link with this running status check interface, call this running status check interface then, whether the running status with the described software to be upgraded of testing is the operation of halted state, if the running status of described software to be upgraded is not halted state then finishes, if the running status of described software to be upgraded is a halted state, then by being kept in advance in this upgrading proxy module, the log-on message of the startup interface that sets in advance in the described software to be upgraded, establish a communications link with this startup interface, make this software startup work to be upgraded by calling this startup interface then.The step that between described step 2 and step 3, also can comprise the version of checking described software to be upgraded, specifically comprise: the upgrading proxy module of described node to be upgraded, by being kept at the log-on message that obtains the version interface that sets in advance in the software to be upgraded in this upgrading proxy module, described in advance, obtain the version interface with this and establish a communications link; Obtain the version interface by calling this, obtain the version information of described software to be upgraded, and with AKU in legacy version information relatively, if identical, then execution in step 3, if inequality, then finish.
Before the described step 1 or after described step 3, also can comprise the operation of the command interface of expanding described software to be upgraded, specifically may further comprise the steps: client sends to server with interface explosion command and the new interface information that the user submits in step I; Server is handed down to upgrading proxy module in the node to be upgraded with new interface information in Step II; The upgrading proxy module makes software to be upgraded increase corresponding new interface, and preserves the log-on message of the new interface of software to be upgraded according to new interface information in the node to be upgraded in Step II I.
Before described step 1, also can comprise the operation of client by the information of server lookup node to be upgraded, specifically may further comprise the steps: client specifies the information of the node to be upgraded that will inquire about to send to server querying command and the user that the user submits in step 001; Server sends to the proxy module to be upgraded that described user specifies the node to be upgraded that will inquire about with described querying command in step 002; After the proxy module to be upgraded of node to be upgraded described in the step 003 is received described querying command,, collect the user by the corresponding interface of software to be upgraded and want information inquiring, and send to server according to the log-on message of the software of preserving to be upgraded; Server sends to client with the information that proxy module to be upgraded sends in step 004; Client is exported to the user with the information that server sends in step 005 at last.Wherein, described step 003 comprises: after the proxy module to be upgraded of described node to be upgraded is received described querying command, log-on message according to the software of preserving to be upgraded, the corresponding interface by software to be upgraded is collected the user and is wanted information inquiring, and the described user that will collect sends to server after wanting information inquiring to be packaged into the discernible form of server.Described step 004 comprises: send to client after the information that server sends proxy module to be upgraded is converted into the form that is easy to user inquiring.
Between described step 2 and step 3, can comprise that also the upgrading proxy module in the described node to be upgraded carries out the operation of authentication to upgrading order and the AKU that server sends, specifically may further comprise the steps: the upgrading proxy module in node to be upgraded described in the step 21 checks whether the upgrading order that server sends is the lawful order of this node correspondence to be upgraded, if execution in step 22 then, otherwise finish; Upgrading proxy module in node to be upgraded described in the step 22 checks that AKU that server sends is whether complete and is not illegally modified, if execution in step 3 then, otherwise finish.
Described step 3 can be included in also that client specifically comprises by the operation that server obtains the upgrading Log Report of node to be upgraded in the escalation process: user end to server sends querying command and the information of the node to be upgraded that will inquire about; Server is transmitted to described querying command the upgrading proxy module of the node to be upgraded that will inquire about; The upgrading proxy module obtains the upgrading Log Report by the upgrade interface of software to be upgraded, and gives client by server forwards.Described step 3 also can be included in the operation that client is obtained the upgrading Log Report of node to be upgraded in the escalation process by server, specifically comprise: in the process that the software to be upgraded for the treatment of upgrade node is upgraded, the execution result of each upgrade step is kept in the upgrading Log Report, and the Log Report of will upgrading is given client by server forwards.
In technique scheme, by network the node a plurality of to be upgraded that the user selects is concentrated remote automatic upgrading, shortened overall updating time, reduced human cost, and can select upgrading object, upgrading order and time neatly, can monitor escalation process in time by Log Report; Client and server is undertaken alternately by upgrading proxy module and software to be upgraded, the upgrading proxy module is responsible for and operations such as server communication, download and upgrade bag, execution ROMPaq, itself need not provide these functions software to be upgraded, thereby has significantly reduced the development cost of software; Simultaneously, the system architecture that connects by network between client, server and the node to be upgraded makes the updating operation personnel not need execute-in-place, and the subscriber interface module of client can provide visualization interface, simplifies updating operation.
As shown from the above technical solution, the present invention is by organically combining upgrading proxy module and the software to be upgraded in client, server, the node to be upgraded, constitute the system of described integrating remote automatic upgrade software, can reach and select upgrading object, upgrading order and update time neatly, realize the remote centralized auto-update, shorten the overall update time of multinode, in time monitor escalation process, simplify updating operation, and reduce the beneficial effect of human cost and development cost.
Description of drawings
Fig. 1 is the schematic diagram of the specific embodiment of the invention one;
Fig. 2 is the schematic diagram of the specific embodiment of the invention two;
Fig. 3 is the schematic diagram of the specific embodiment of the invention three;
Fig. 4 is the schematic diagram of the specific embodiment of the invention four;
Fig. 5 is the schematic diagram of the specific embodiment of the invention five;
Fig. 6 is the schematic diagram of the specific embodiment of the invention six;
Fig. 7 and Fig. 8 are the schematic diagram of the specific embodiment of the invention seven;
Fig. 9 and Figure 10 are the schematic diagram of the specific embodiment of the invention eight.
Embodiment
Below in conjunction with drawings and Examples, technical scheme of the present invention is described in further detail.
Schematic diagram referring to the specific embodiment of the invention shown in Figure 1, a kind of system of integrating remote automatic upgrade software, comprise: node C to be upgraded, be provided with software E to be upgraded and upgrading proxy module D, upgrading proxy module D and software E to be upgraded are mutual, and preserve the identifying information of software E to be upgraded, be used for upgrading and control software E to be upgraded; Server B is connected with node C network to be upgraded, and server B is used for: receive and manage the log-on message of node C to be upgraded, send order to node C to be upgraded, and the command execution results of collecting node C to be upgraded; Customer end A is connected with the server B network, and customer end A is used for: the information that querying server B preserves, send order to server B, and the command execution results of the node C to be upgraded of reception server B transmission.
Schematic diagram referring to the specific embodiment of the invention shown in Figure 2 two, a kind of system of integrating remote automatic upgrade software, comprise: node C1 to be upgraded, be provided with software E1 to be upgraded, E2 and upgrading proxy module D1, D1 is mutual with each software E1 to be upgraded, E2 respectively for the upgrading proxy module, and preserve the identifying information of software E1 to be upgraded, E2, be used for upgrading and control software E1 to be upgraded, E2; Node C2 to be upgraded, be provided with software E3 to be upgraded, E4 and upgrading proxy module D2, D2 is mutual with each software E3 to be upgraded, E4 respectively for the upgrading proxy module, and preserves the identifying information of software E3 to be upgraded, E4, is used for upgrading and controls software E3 to be upgraded, E4; Node C3 to be upgraded, be provided with software E5 to be upgraded, E6 and upgrading proxy module D3, D3 is mutual with each software E5 to be upgraded, E6 respectively for the upgrading proxy module, and preserves the identifying information of software E5 to be upgraded, E6, is used for upgrading and controls software E5 to be upgraded, E6; Server B 1, be connected with each node C1 to be upgraded, C2, C3 network respectively, server B 1 is used for: the log-on message that receives and manage each node C1 to be upgraded, C2, C3, send order to each node C1 to be upgraded, C2, C3, and the command execution results of collecting each node C1 to be upgraded, C2, C3; Customer end A 1 is connected with server B 1 network, and customer end A 1 is used for: the information that querying server B1 preserves, send order to server B 1, and the node C1 to be upgraded that sends of reception server B1, the command execution results of C2, C3.
Schematic diagram referring to the specific embodiment of the invention shown in Figure 3 three, a kind of system of integrating remote automatic upgrade software, comprise: node C1 to be upgraded, be provided with software E1 to be upgraded, E2 and upgrading proxy module D1, D1 is mutual with each software E1 to be upgraded, E2 respectively for the upgrading proxy module, and preserve the identifying information of software E1 to be upgraded, E2, be used for upgrading and control software E1 to be upgraded, E2; Node C2 to be upgraded, be provided with software E3 to be upgraded, E4 and upgrading proxy module D2, D2 is mutual with each software E3 to be upgraded, E4 respectively for the upgrading proxy module, and preserves the identifying information of software E3 to be upgraded, E4, is used for upgrading and controls software E3 to be upgraded, E4; Node C3 to be upgraded, be provided with software E5 to be upgraded, E6 and upgrading proxy module D3, D3 is mutual with each software E5 to be upgraded, E6 respectively for the upgrading proxy module, and preserves the identifying information of software E5 to be upgraded, E6, is used for upgrading and controls software E5 to be upgraded, E6; Server B 2, be connected with each node C1 to be upgraded, C2, C3 network respectively, server B 1 is used for: the log-on message that receives and manage each node C1 to be upgraded, C2, C3, send order to each node C1 to be upgraded, C2, C3, and the command execution results of collecting each node C1 to be upgraded, C2, C3; Server B 2 comprises database module G and server module F, database module G is used to store the relevant information of log-on message, command execution results and the AKU of each node C1 to be upgraded, C2, C3, server module F is connected with customer end A 2 with database module G respectively, server module F is used for: receive order from customer end A 2, to each upgrading proxy module D1, D2, D3 transmitting order to lower levels, to database module G memory command execution result, and information extraction and send to customer end A 2 from database module G; Customer end A 2 is connected with server B 2 networks, and customer end A 2 is used for: the information that querying server B2 preserves, send order to server B 2, and the node C1 to be upgraded that sends of reception server B2, the command execution results of C2, C3; Customer end A 2 comprises subscriber interface module H, and F is connected with server; Subscriber interface module H is used for: receive the order of user's submission and pass to server module F, the AKU that receives user's submission also is uploaded to server module F, and the information that reception server module F sends is also exported to the user.
Schematic diagram referring to the specific embodiment of the invention shown in Figure 4 four, a kind of system of integrating remote automatic upgrade software, comprise: node C1 to be upgraded, be provided with software E1 to be upgraded, E2 and upgrading proxy module D1, D1 is mutual with each software E1 to be upgraded, E2 respectively for the upgrading proxy module, and preserve the identifying information of software E1 to be upgraded, E2, be used for upgrading and control software E1 to be upgraded, E2; Node C2 to be upgraded, be provided with software E3 to be upgraded, E4 and upgrading proxy module D2, D2 is mutual with each software E3 to be upgraded, E4 respectively for the upgrading proxy module, and preserves the identifying information of software E3 to be upgraded, E4, is used for upgrading and controls software E3 to be upgraded, E4; Node C3 to be upgraded, be provided with software E5 to be upgraded, E6 and upgrading proxy module D3, D3 is mutual with each software E5 to be upgraded, E6 respectively for the upgrading proxy module, and preserves the identifying information of software E5 to be upgraded, E6, is used for upgrading and controls software E5 to be upgraded, E6; Server B 3, be connected with each node C1 to be upgraded, C2, C3 network respectively, server B 3 is used for: the log-on message that receives and manage each node C1 to be upgraded, C2, C3, send order to each node C1 to be upgraded, C2, C3, and the command execution results of collecting each node C1 to be upgraded, C2, C3; Server B 3 comprises database module G, server module F and interfacing expansion module J; Database module G is used to store the relevant information of log-on message, command execution results and the AKU of each node C1 to be upgraded, C2, C3, server module F is connected with customer end A 3 with database module G respectively, server module F is used for: receive order from customer end A 3, to each upgrading proxy module D1, D2, D3 transmitting order to lower levels, to database module G memory command execution result, and information extraction and send to customer end A 3 from database module G; Interfacing expansion module J is connected with customer end A 3 with database module G respectively; Interfacing expansion module J is used for: receives the interface explosion command that customer end A 3 issues, new interface message is stored among the database module G, and the upgrading proxy module D1, D2, the D3 that new interface message are sent to each node to be upgraded respectively; Customer end A 3 is connected with server B 2 networks, and customer end A 3 is used for: the information that querying server B3 preserves, send order to server B 3, and the node C1 to be upgraded that sends of reception server B3, the command execution results of C2, C3; Customer end A 3 comprises subscriber interface module H and expanded function interface module K, is connected with server F network respectively; Subscriber interface module H is used for: receive the order of user's submission and pass to server module F, the AKU that receives user's submission also is uploaded to server module F, and the information that reception server module F sends is also exported to the user; Expanded function interface module K is used to the interfacing expansion module J that receives user-defined order and send to server B 3.
Schematic diagram referring to the specific embodiment of the invention shown in Figure 5 five, a kind of method of integrating remote automatic upgrade software may further comprise the steps: upgrading order and the AKU that client is submitted the user in step 1, the information that reaches the node to be upgraded of user's selection send to server; Server sends to described upgrading order and AKU the upgrading proxy module of the node to be upgraded of described user's selection in step 2; The updating operation information of preserving in the identifying information of the software to be upgraded that the upgrading proxy module of node to be upgraded described in the step 3 is preserved in according to this proxy module and AKU is treated upgrade software and is carried out updating operation.
Schematic diagram referring to the specific embodiment of the invention shown in Figure 6 six, a kind of method of integrating remote automatic upgrade software may further comprise the steps: upgrading order and the AKU that client is submitted the user in step 1, the information that reaches the node to be upgraded of user's selection send to server; Server sends to described upgrading order and AKU the upgrading proxy module of the node to be upgraded of described user's selection in step 2; The upgrading proxy module of node to be upgraded in step 201 then by being kept at the log-on message that obtains the version interface in this upgrading proxy module, that set in advance in the software to be upgraded in advance, obtains the version interface with this and establishes a communications link; Obtain the version interface by calling this, obtain the version information of described software to be upgraded, and with AKU in legacy version information relatively, if identical, then execution in step 202, if inequality, then finish; The upgrading proxy module of node to be upgraded in step 202, by being kept at the log-on message of running status check interface in this upgrading proxy module, that set in advance in the software to be upgraded in advance, establish a communications link with this running status check interface, then by calling whether this running status check interface is halted state with the running status of checking described software to be upgraded, be execution in step 301 then, otherwise execution in step 203; The upgrading proxy module of node to be upgraded in step 203, by being kept at the log-on message that stops interface in this upgrading proxy module, that set in advance in the software to be upgraded in advance, stopping interface with this establishes a communications link, stop interface by calling this then, this software to be upgraded is quit work; Then at the upgrading proxy module of node to be upgraded described in the step 301 by being kept at the log-on message of the upgrade interface that sets in advance in the software to be upgraded in this upgrading proxy module, described in advance, establish a communications link with this upgrade interface; By calling the upgrade interface that sets in advance in the described software to be upgraded, will upgrade order and AKU are handed down to described software to be upgraded, and according to the updating operation information of preserving in the AKU, treat upgrade software and carry out updating operation then; The upgrading proxy module of node to be upgraded calls whether this running status check interface is halted state with the running status of checking described software to be upgraded in step 302, is execution in step 303 then, otherwise finishes; At last at the upgrading proxy module of node to be upgraded described in the step 303 by being kept at the log-on message of the startup interface that sets in advance in the software to be upgraded in this upgrading proxy module, described in advance, establish a communications link with this startup interface, make this software startup work to be upgraded by calling this startup interface then.
Referring to the schematic diagram of the Fig. 7 and the specific embodiment of the invention seven shown in Figure 8, a kind of method of integrating remote automatic upgrade software may further comprise the steps: client is by the information of server lookup node to be upgraded in step 01; In step 02, construct AKU, specifically comprise: updating operation and operating sequence that software to be upgraded need be carried out are recorded in the escalation process message file, the different information of the redaction of software to be upgraded and legacy version is recorded in the information of redaction of software to be upgraded, and with the information of the redaction of described software to be upgraded, and described escalation process message file be kept in the AKU; Then upgrading order that client is submitted the user in step 1 and AKU, and the information of the node to be upgraded selected of user send to server; Server sends to described upgrading order and AKU the upgrading proxy module of the node to be upgraded of described user's selection in step 2; Then in step a, preserve the program and the data of the legacy version of software to be upgraded; The upgrading proxy module is according to the feature of the redaction of software to be upgraded in step b, and if updating operation such as the legacy version for the treatment of upgrade software is replaced, increased, modification are updating operation success then finish the execution in step c if updating operation is unsuccessful; In step c according to the program and the data of the legacy version of the software of preserving to be upgraded, with the state of software rejuvenation to be upgraded before the upgrading.Wherein, as shown in Figure 8, described step 01 can specifically may further comprise the steps: client specifies the information of the node to be upgraded that will inquire about to send to server querying command and the user that the user submits in step 001; Server sends to the proxy module to be upgraded that described user specifies the node to be upgraded that will inquire about with described querying command in step 002 then; After the proxy module to be upgraded of node to be upgraded described in the step 003 is received described querying command,, collect the user by the corresponding interface of software to be upgraded and want information inquiring, and send to server according to the log-on message of the software of preserving to be upgraded; Server sends to client with the information that proxy module to be upgraded sends in step 004 then; Client is exported to the user with the information that server sends in step 005 at last.
Schematic diagram referring to the Fig. 9 and the specific embodiment of the invention eight shown in Figure 10, a kind of method of integrating remote automatic upgrade software may further comprise the steps: upgrading order and the AKU that client is submitted the user in step 1, the information that reaches the node to be upgraded of user's selection send to server; Server sends to described upgrading order and AKU the upgrading proxy module of the node to be upgraded of described user's selection in step 2; Then program and data that the proxy module of upgrading in step a is preserved the legacy version of software to be upgraded; The proxy module of upgrading in step 3001 then calls the upgrade interface of software to be upgraded, according to updating operation of preserving in the AKU and operating sequence, carries out first updating operation step; In step 3002, the upgrading Log Report of first upgrade step execution result of software return recording to be upgraded; The upgrading proxy module Log Report of will upgrading is transmitted to server in step 3003; The server Log Report of will upgrading is transmitted to client in step 3004, and carries out different subsequent steps according to the different command of submitting to behind this Log Report of customer inspection; If customer inspection should be submitted the order of execution next step to behind the upgrading Log Report, then execution in step 3005, be that client sends to server with the execution next step order that the user submits to, server is transmitted to the upgrading proxy module with this order in step 3006, the proxy module of upgrading in step 3007 then calls the upgrade interface of software to be upgraded, according to updating operation of preserving in the AKU and operating sequence, carry out next updating operation step, then by step 3008,3009 and 3010 are transmitted to client with updating operation final result Log Report via upgrading proxy module and server; If submit the order that recovers the preceding state of upgrading behind the upgrading Log Report of customer inspection first upgrade step to, then execution in step 3005 ', be that the order of state sent to server before client was upgraded the recovery of user's submission, and after step 3006 ' be server is transmitted to this order the upgrading proxy module, the program and the data of the legacy version of the software of being preserved in according to step a at step 3007 ' middle upgrading proxy module to be upgraded, software rejuvenation to be upgraded to the preceding state of upgrading, is passed through step 3008 then, 3009 and 3010 are transmitted to client with updating operation final result Log Report via upgrading proxy module and server.
It should be noted last that, above embodiment is only unrestricted in order to technical scheme of the present invention to be described, although the present invention is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can make amendment or be equal to replacement technical scheme of the present invention, and not break away from the spirit and scope of technical solution of the present invention.
Claims (32)
1. the system of an integrating remote automatic upgrade software is characterized in that, comprising:
Node to be upgraded is provided with software to be upgraded and upgrading proxy module in the described node to be upgraded, described upgrading proxy module and described software interactive to be upgraded, and preserve the identifying information of described software to be upgraded, be used for upgrading and controlling described software to be upgraded;
Server is connected with each described meshed network to be upgraded respectively, and described server is used for: receive and manage the log-on message of each described node to be upgraded, send order to described node to be upgraded, and the command execution results of collecting described node to be upgraded;
Client is connected with described server network, and described client is used for: the information that querying server is preserved, send order to server, and the command execution results of the node to be upgraded of reception server transmission.
2. system according to claim 1 is characterized in that: described server is the WEB server.
3. system according to claim 2, it is characterized in that: described client is the WEB browser, be connected with described WEB server, be used for: the information that inquiry WEB server is preserved, send order to the WEB server, and the command execution results that receives the upgrading proxy module of WEB server transmission.
4. according to the arbitrary described system of claim 1-3, it is characterized in that: described server comprises database module and server module; Described database module is used to store the relevant information of log-on message, command execution results and the AKU of described node to be upgraded; Described server module is connected with described client with described database module respectively, described server module is used for: receive order from described client, to described upgrading proxy module transmitting order to lower levels, to described database module stores command execution results, and information extraction and send to described client from described database module.
5. system according to claim 4 is characterized in that: described server comprises interfacing expansion module, is connected with described client with described database module respectively; Described interfacing expansion module is used for: receives the interface explosion command that described client issues, new interface message is stored in the described database module, and the upgrading proxy module that new interface message is sent to described node to be upgraded.
6. according to the arbitrary described system of claim 1-3, it is characterized in that: described server comprises server module and stores data file that described data file is used to preserve the relevant information of log-on message, command execution results and the AKU of described node to be upgraded; Described server module is used for: receive order from described client, to described upgrading proxy module transmitting order to lower levels, to described data file memory command execution result, and information extraction and send to the upgrading proxy module of described node to be upgraded from described data file.
7. system according to claim 6 is characterized in that: described server comprises interfacing expansion module, is connected with described client; Described interfacing expansion module is used for: receive the interface explosion command that described browser client issues, new interface message is stored in the described data file, and new interface message is sent to described client.
8. according to the arbitrary described system of claim 1-3, it is characterized in that: described client comprises subscriber interface module, is connected with described server; Described subscriber interface module is used for: receive the order of user's submission and pass to described server, the AKU that receives user's submission also is uploaded to described server, receives the information of described server transmission and exports to the user.
9. according to the arbitrary described system of claim 1-3, it is characterized in that: described client comprises subscriber interface module and is used to store the memory module of the AKU of user's submission; Described subscriber interface module is connected with described server with described memory module respectively; Described subscriber interface module is used for: receive the order of user's submission and pass to described server, the AKU of storing in the memory module is uploaded to described server, receives the information of described server transmission and exports to the user.
10. according to the arbitrary described system of claim 1-3, it is characterized in that: described client comprises the expanded function interface module, is connected with described server; Described expanded function interface module is used for: receive user-defined order and send to described server.
11. the method for an integrating remote automatic upgrade software is characterized in that, may further comprise the steps:
Upgrading order and the AKU that step 1, client are submitted the user to, the information that reaches the node to be upgraded of user's selection send to server;
Step 2, server send to described upgrading order and AKU the upgrading proxy module of the node to be upgraded of described user's selection;
The upgrading proxy module of step 3, described node to be upgraded is treated upgrade software and is carried out updating operation according to the updating operation information of preserving in the identifying information of the software of preserving in this proxy module to be upgraded and the AKU.
12. method according to claim 11, it is characterized in that, described step 3 specifically comprises: the upgrading proxy module of described node to be upgraded establishes a communications link with this upgrade interface by being kept at the log-on message of the upgrade interface that sets in advance in the software to be upgraded in this upgrading proxy module, described in advance; By calling the upgrade interface that sets in advance in the described software to be upgraded, will upgrade order and AKU are handed down to described software to be upgraded, and according to the updating operation information of preserving in the AKU, treat upgrade software and carry out updating operation then.
13. method according to claim 11, it is characterized in that, also be included in and make the out-of-work step of described software to be upgraded between described step 2 and the step 3, specifically comprise: the upgrading proxy module of described node to be upgraded, by being kept in advance in this upgrading proxy module, the log-on message that stops interface that sets in advance in the described software to be upgraded, stopping interface with this establishes a communications link, stop interface by calling this then, this software to be upgraded is quit work, and stop interface by this and know whether success of operating result, be execution in step 3 then, otherwise finish.
14. method according to claim 13, it is characterized in that, also be included in described step 2 and described making between the out-of-work step of described software to be upgraded, check the step of the running status of described software to be upgraded, specifically comprise: the upgrading proxy module of described node to be upgraded, by being kept in advance in this upgrading proxy module, the log-on message of the running status check interface that sets in advance in the described software to be upgraded, establish a communications link with this running status check interface, then by calling whether this running status check interface is halted state with the running status of checking described software to be upgraded, be execution in step 3 then, otherwise carry out the described out-of-work step of described software to be upgraded that makes.
15. according to claim 13 or 14 described methods, it is characterized in that, also be included in described step 3 step that makes described software startup work to be upgraded afterwards, specifically comprise: the upgrading proxy module of described node to be upgraded is at first by being kept in advance in this upgrading proxy module, the log-on message of the running status check interface that sets in advance in the described software to be upgraded, establish a communications link with this running status check interface, call this running status check interface then, whether the running status with the described software to be upgraded of testing is the operation of halted state, if the running status of described software to be upgraded is not halted state then finishes, if the running status of described software to be upgraded is a halted state, then by being kept in advance in this upgrading proxy module, the log-on message of the startup interface that sets in advance in the described software to be upgraded, establish a communications link with this startup interface, make this software startup work to be upgraded by calling this startup interface then.
16. method according to claim 11, it is characterized in that, also be included in the step of the version of the described software to be upgraded of check between described step 2 and the step 3, specifically comprise: the upgrading proxy module of described node to be upgraded, by being kept at the log-on message that obtains the version interface that sets in advance in the software to be upgraded in this upgrading proxy module, described in advance, obtain the version interface with this and establish a communications link; Obtain the version interface by calling this, obtain the version information of described software to be upgraded, and with AKU in legacy version information relatively, if identical, then execution in step 3, if inequality, then finish.
17. method according to claim 11 is characterized in that: also be included in before the described step 1 or the operation of the command interface of the described software to be upgraded of expansion after described step 3, specifically may further comprise the steps:
Step I, client send to server with interface explosion command and the new interface information that the user submits to;
Step II, server are handed down to upgrading proxy module in the node to be upgraded with new interface information;
The upgrading proxy module makes software to be upgraded increase corresponding new interface, and preserves the log-on message of the new interface of software to be upgraded according to new interface information in Step II I, the node to be upgraded.
18. according to claim 11 or 12 described methods, it is characterized in that described step 2 specifically comprises: server is formed upgrade information with described upgrading order and described AKU, and described upgrade information is sent to the upgrading proxy module of described node to be upgraded.
19. according to claim 11 or 12 described methods, it is characterized in that described step 1 specifically comprises: the AKU that installation order that client is at first submitted the user to and user submit to sends to server; The upgrading order that the user is submitted to then, and the information of the node to be upgraded selected of user send to server.
20. method according to claim 19 is characterized in that, described step 2 specifically comprises: server is at first formed mount message with described installation order and described AKU, and described mount message is sent to the upgrading proxy module of described node to be upgraded; Then described upgrading order is sent to the upgrading proxy module of described node to be upgraded.
21. method according to claim 11, it is characterized in that, also be included in the step of the described step 1 described AKU of structure before, specifically comprise: updating operation and operating sequence that software to be upgraded need be carried out are recorded in the escalation process message file, the different information of the redaction of software to be upgraded and legacy version are recorded in the information of redaction of software to be upgraded; And with the information of the redaction of described software to be upgraded, and described escalation process message file be kept in the AKU.
22. method according to claim 21 is characterized in that, described step 3 specifically comprises: the upgrading proxy module of described node to be upgraded establishes a communications link with software to be upgraded according to the identifying information of the software of preserving in this proxy module to be upgraded; According to the redaction of the software of preserving in the AKU to be upgraded and the different information of legacy version,, treat the updating operation that upgrade software carries out escalation process message file record then according to the operating sequence of the escalation process message file record of preserving in the AKU.
23. method according to claim 22 is characterized in that, describedly treats the updating operation that upgrade software carries out escalation process message file record and specifically may further comprise the steps:
Step a, the program and the data of preserving the legacy version of software to be upgraded;
Step b, according to the feature of the redaction of software to be upgraded, if updating operation such as the legacy version for the treatment of upgrade software is replaced, increased, modification are updating operation success then finish the execution in step c if updating operation is unsuccessful;
Step c, according to the program and the data of the legacy version of the software of preserving to be upgraded, with the state of software rejuvenation to be upgraded before the upgrading.
24. method according to claim 23, it is characterized in that, described step b specifically comprises: according to the feature of the redaction of software to be upgraded, updating operation such as the legacy version for the treatment of upgrade software is replaced, increased, modification, if upgrade successfully, then checking escalation process whether new interface is provided, is the upgrading proxy module registration interface information of software then to be upgraded under it, otherwise finishes; If upgrading is unsuccessful, then execution in step c.
25. method according to claim 11, it is characterized in that, also be included in the step of the described step 1 described AKU of structure before, specifically comprise: ROMPaq is kept in the AKU, and described ROMPaq is the ROMPaq that software to be upgraded need be carried out.
26. method according to claim 25 is characterized in that, described step 3 specifically comprises: the upgrading proxy module of described node to be upgraded establishes a communications link with software to be upgraded according to the identifying information of the software of preserving in this proxy module to be upgraded; Call then and carry out the ROMPaq of preserving in the AKU.
27. method according to claim 11 is characterized in that, also is included in the operation of described step 1 client before by the information of server lookup node to be upgraded, specifically may further comprise the steps:
Step 001, client specify the information of the node to be upgraded that will inquire about to send to server querying command and the user that the user submits to;
Step 002, server send to the proxy module to be upgraded that described user specifies the node to be upgraded that will inquire about with described querying command;
After the proxy module to be upgraded of step 003, described node to be upgraded is received described querying command,, collect the user by the corresponding interface of software to be upgraded and want information inquiring, and send to server according to the log-on message of the software of preserving to be upgraded;
Step 004, server send to client with the information that proxy module to be upgraded sends;
Step 005, client are exported to the user with the information that server sends.
28. method according to claim 27, it is characterized in that, described step 003 comprises: after the proxy module to be upgraded of described node to be upgraded is received described querying command, log-on message according to the software of preserving to be upgraded, the corresponding interface by software to be upgraded is collected the user and is wanted information inquiring, and the described user that will collect sends to server after wanting information inquiring to be packaged into the discernible form of server.
29. method according to claim 27 is characterized in that, described step 004 comprises: send to client after the information that server sends proxy module to be upgraded is converted into the form that is easy to user inquiring.
30. method according to claim 11, it is characterized in that, the upgrading proxy module that also is included in the node to be upgraded between described step 2 and the step 3, described carries out the operation of authentication to upgrading order and the AKU that server sends, and specifically may further comprise the steps:
Upgrading proxy module in step 21, the described node to be upgraded checks whether the upgrading order that server sends is the lawful order of this node correspondence to be upgraded, if execution in step 22 then, otherwise finish;
Upgrading proxy module in step 22, the described node to be upgraded checks that AKU that server sends is whether complete and is not illegally modified, if execution in step 3 then, otherwise finish.
31. method according to claim 11, it is characterized in that, described step 3 is included in also that client specifically comprises by the operation that server obtains the upgrading Log Report of node to be upgraded in the escalation process: user end to server sends querying command and the information of the node to be upgraded that will inquire about; Server is transmitted to described querying command the upgrading proxy module of the node to be upgraded that will inquire about; The upgrading proxy module obtains the upgrading Log Report by the upgrade interface of software to be upgraded, and gives client by server forwards.
32. method according to claim 11, it is characterized in that, described step 3 also is included in the operation that client is obtained the upgrading Log Report of node to be upgraded in the escalation process by server, specifically comprise: in the process that the software to be upgraded for the treatment of upgrade node is upgraded, the execution result of each upgrade step is kept in the upgrading Log Report, and the Log Report of will upgrading is given client by server forwards.
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