CN110134489A

CN110134489A - Using moving method and device, system, storage medium, using upper cloud tool

Info

Publication number: CN110134489A
Application number: CN201810129847.8A
Authority: CN
Inventors: 郭智敏; 王良家; 宦家佳; 许培华
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2018-02-08
Filing date: 2018-02-08
Publication date: 2019-08-16
Anticipated expiration: 2038-02-08
Also published as: CN110134489B

Abstract

The present invention provides a kind of application moving method and device, system, storage medium, using upper cloud tool.Wherein, above-mentioned to comprise determining that application to be migrated in source node using moving method and apply target cloud void machine extremely to be migrated；The application message of acquisition applications, and application message is moved into target cloud void machine；Application message is handled in target cloud void machine, so as to use application to be migrated in target cloud void machine.Through the above technical solutions, can solve in the related technology, it will apply when moving to cloud void machine and carry out the problems such as reinstalling configuration.

Description

Using moving method and device, system, storage medium, using upper cloud tool

Technical field

The present invention relates to the communications field, in particular to a kind of application moving method and device, system, storage medium, Using upper cloud tool.

Background technique

Many mechanisms need to migrate using from conventional physical machine Xiang Yunxu machine batch when building cloud computing system；Mesh Preceding migration scheme is mainly to create distribution new virtual machine to need on new virtual machine when user migrates application All applications of deployment are reinstalled, the application data accumulated before being not only lost in this way also considerably increase cloud computing system The online time and human cost.

Physical to virtual (Physical to Virtual, P2V)/virtual to virtual (virtual machine to Virtual machine, V2V) etc. clouds Migration tools can carry out complete machine migration, user can be made to continue to use original application；But Complete machine migration can only keep completely original system constant, if necessary to will apply migrate to new engine while cleaning, update, Upgrading operation system, or merely desire to retain certain applications in new engine, then it cannot achieve.

For in the related technology, it will apply and be carried out the problems such as reinstalling configuration when moving to cloud void machine, at present still It does not put forward effective solutions.

Summary of the invention

The embodiment of the invention provides a kind of application moving method and device, system, storage medium, using upper cloud tool, At least to solve in the related technology, it will apply when moving to cloud void machine and carry out the problems such as reinstalling configuration.

According to one embodiment of present invention, it provides a kind of using moving method, comprising:

It determines application to be migrated in source node and applies target cloud void machine extremely to be migrated；

The application message of acquisition applications, and application message is moved into target cloud void machine；

Application message is handled in target cloud void machine, so as to use application to be migrated in target cloud void machine.

Optionally, application message is handled in target cloud void machine, so that using to be migrated in target cloud void machine Application, comprising:

The application message type according to indicated by application message handles application message in target cloud void machine, so that Application to be migrated is used in target cloud void machine.

Optionally, in target cloud void machine the application message type according to indicated by application message to application message at Reason, so as to use application to be migrated in target cloud void machine, comprising:

When application message type indicated by application message is mount message or business information, by mount message or business Information copies on the target position in target cloud void machine；

When application message type indicated by application message is system set-up information or net element information, at least through following One of mode configures system set-up information in cloud void machine according to system set-up information: executing system command, modification system System configuration item；Wherein, net element information is the nodal information using the network element being located in special service application system.

Optionally, application message is moved to target cloud void machine includes at least one of:

It is remote by the creation of Windows management regulation (Windows Management Instrumentation, WMI) interface Application message is moved to target cloud void machine by journey share directory；

Teleengineering support catalogue is created by SSH mode, and application message is moved into target cloud void machine；

Application message is moved into target cloud void machine by telecopy.

Optionally, before the application message of acquisition applications, further includes:

Respectively acquire source node and target cloud void machine system information, wherein system information include at least following information it One: OS Type, operating system version, CPU size and memory size, the size of disk remaining space.

Optionally, further includes:

Judge whether target cloud void machine meets the migration of application message according to the system information of source node and target cloud void machine Condition, wherein transition condition includes at least one of the following conditions:

The OS Type of target cloud void machine is matched with the OS Type of source node；The disk of target cloud void machine is surplus Complementary space is greater than the application the space occupied size to be migrated obtained in advance；The CPU of target cloud void machine is greater than source node CPU；The memory of target cloud void machine is greater than the memory of source node；

When judging result instruction target cloud void machine meets the transition condition of application message, application message is moved into target Cloud void machine.

Optionally, when judging at least one of situation: the disk remaining space of target cloud void machine is less than to be obtained in advance The application the space occupied size to be migrated taken, the CPU of target cloud void machine are less than the CPU of source node, target cloud void machine it is interior The memory less than source node is deposited, the adjustment module into target cloud void machine sends notice, wherein notice is empty for adjusting target cloud The disk remaining space size or CPU size or memory size of machine, to realize at least one of: the disk of target cloud void machine is surplus Complementary space is greater than the application the space occupied size to be migrated obtained in advance, and the CPU of target cloud void machine is greater than source node CPU, the memory of target cloud void machine are greater than the memory of source node.

Optionally, after the application message of acquisition applications, further includes: save application message and save the letter of application message Cease the corresponding relationship of the initial position of type, application message and application message；Wherein, initial position include at least it is following it One: the directory path of application, registration entries, configuration item, system entries.

According to one embodiment of present invention, it provides a kind of using moving apparatus, comprising:

First determining module, for determining application to be migrated in source node and applying target cloud void machine extremely to be migrated；

First acquisition module, the application message for acquisition applications；

First transferring module, for application message to be moved to target cloud void machine；

First processing module, for handling in target cloud void machine application message, so that in target cloud void machine Use application to be migrated.

Optionally, first processing module is also used to the application message according to indicated by application message in target cloud void machine Type handles application message, so as to use application to be migrated in target cloud void machine.

Optionally, first processing module is also used to:

According to one embodiment of present invention, cloud tool in a kind of application is provided, comprising:

Second determining module, for determining that application to be migrated and application in source node are to be migrated extremely on tools interfaces Target cloud void machine；

Second acquisition module, the application message for acquisition applications；

Second transferring module, for application message to be moved to target cloud void machine；

Second processing module, for handling in target cloud void machine application message, so that in target cloud void machine Use application to be migrated.

Optionally, Second processing module is also used to the application message according to indicated by application message in target cloud void machine Type handles application message, so as to use application to be migrated in target cloud void machine.

Optionally, Second processing module is also used to:

According to one embodiment of present invention, it provides a kind of using migratory system, comprising:

Source node, target cloud void machine and the upper cloud tool of application, wherein

Using upper cloud tool, for determining that application and application to be migrated in source node are to be migrated extremely on tools interfaces Target cloud void machine, the application message of acquisition applications, and application message is moved into target cloud void machine, and in target cloud void machine Application message is handled, so as to use application to be migrated in target cloud void machine.

Optionally, using upper cloud tool, it is also used to the application message according to indicated by application message in target cloud void machine Type handles application message, so as to use application to be migrated in target cloud void machine.

Optionally, it is also used to using upper cloud tool:

According to one embodiment of present invention, a kind of storage medium is provided, which is characterized in that be stored in storage medium Computer program, wherein computer program is arranged to execute any of the above-described application moving method when operation.

According to one embodiment of present invention, a kind of electronic device is provided, including memory and processor, feature exist In being stored with computer program in memory, processor is arranged to run computer program to execute any of the above-described application Moving method.

Through the invention, it determines application to be migrated in source node and applies target cloud void machine extremely to be migrated；Acquisition is answered Application message, and application message is moved into target cloud void machine；Application message is handled in target cloud void machine, with Make to use application to be migrated in target cloud void machine.It can solve in the related technology, it will be using needs when moving to cloud void machine Carry out the problems such as reinstalling configuration.

Detailed description of the invention

The drawings described herein are used to provide a further understanding of the present invention, constitutes part of this application, this hair Bright illustrative embodiments and their description are used to explain the present invention, and are not constituted improper limitations of the present invention.In the accompanying drawings:

Fig. 1 is the flow chart according to an embodiment of the present invention using moving method；

Fig. 2 is the structural block diagram according to an embodiment of the present invention using moving apparatus；

Fig. 3 is the structural block diagram of cloud tool in application according to an embodiment of the present invention；

Fig. 4 is the structural block diagram according to an embodiment of the present invention using migratory system；

Fig. 5 is the flow chart (one) using moving method of alternative embodiment according to the present invention；

Fig. 6 is the flow chart (two) using moving method of alternative embodiment according to the present invention；

Fig. 7 is the structural block diagram using moving apparatus of alternative embodiment according to the present invention；

Fig. 8 is the flow chart (three) using moving method of alternative embodiment according to the present invention；

Fig. 9 is the flow chart (four) using moving method of alternative embodiment according to the present invention；

Figure 10 is the flow chart (five) using moving method of alternative embodiment according to the present invention；

Figure 11 is the flow chart (six) using moving method of alternative embodiment according to the present invention；

Figure 12 is the flow chart (seven) using moving method of alternative embodiment according to the present invention.

Specific embodiment

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings and in combination with Examples.It should be noted that not conflicting In the case of, the features in the embodiments and the embodiments of the present application can be combined with each other.

It should be noted that description and claims of this specification and term " first " in above-mentioned attached drawing, " Two " etc. be to be used to distinguish similar objects, without being used to describe a particular order or precedence order.

Embodiment 1

Provide in the present embodiment a kind of using moving method, this can apply using moving method and apply upper Yun work In tool.Fig. 1 is the flow chart according to an embodiment of the present invention using moving method, as shown in Figure 1, the process includes following step It is rapid:

Step S102 determines application to be migrated in source node and applies target cloud void machine extremely to be migrated；

Step S104, the application message of acquisition applications, and application message is moved into target cloud void machine；

Step S106 is handled application message in target cloud void machine, so that using wait move in target cloud void machine The application of shifting.

Through the above steps, it determines application to be migrated in source node and applies target cloud void machine extremely to be migrated；Acquisition The application message of application, and application message is moved into target cloud void machine；Application message is handled in target cloud void machine, So as to use application to be migrated in target cloud void machine.It can solve in the related technology, will be needed using when moving to cloud void machine Carry out the problems such as reinstalling configuration.

In an alternative embodiment, above-mentioned steps S106 may be accomplished by: according to application in target cloud void machine Application message type indicated by information handles application message, so as to be answered in target cloud void machine using to be migrated With.

In the present embodiment, in target cloud void machine the application message type according to indicated by application message to application message It is handled, for different types of application message, corresponding recovery, integrated operation can be executed.

In an alternative embodiment, the above-mentioned application message type according to indicated by application message in target cloud void machine is corresponding It is handled with information, so as to may be accomplished by target cloud void machine using application to be migrated: believing in application When the indicated application message type of breath is mount message or business information, mount message or business information are copied into target cloud On target position in empty machine；When application message type indicated by application message is system set-up information or net element information, At least through one of following manner, system set-up information is configured in cloud void machine according to system set-up information: executing system System order, modification system configuration item；Wherein, net element information is the node using the network element being located in special service application system Information.

It in the present embodiment, is the application message of mount message type, the application letter of business information type with application message The application message of breath, the application message of system set-up information type or net element information type is illustrated as illustrative, but this The content of embodiment is not limited to the application message of the above-mentioned type, and what those skilled in the art understand that is answered with to be migrated It is all within the scope of the present invention with relevant all types of information.

Teleengineering support catalogue is created by Windows management regulation interface, and application message is moved into target cloud void machine；

Application message is moved into target cloud void machine by telecopy.

In the present embodiment, a variety of modes that application message is moved to target cloud void machine are provided, wherein for different Operating system can choose different modes, for example, can create teleengineering support by WMI interface for Windows system Application message is moved to target cloud void machine by catalogue；For linux system, teleengineering support catalogue can be created by SSH mode Application message is moved into target cloud void machine.

In an alternative embodiment, before the application message of acquisition applications, source node and target cloud void machine are acquired respectively System information, wherein system information is including at least one of following information: OS Type, operating system version, CPU size, And memory size, the size of disk remaining space.

In an alternative embodiment, judge whether target cloud void machine meets according to the system information of source node and target cloud void machine The transition condition of application message, wherein transition condition includes at least one of the following conditions:

Optionally, when judging at least one of situation: the disk remaining space of target cloud void machine is less than to be obtained in advance The application the space occupied size to be migrated taken, the CPU of target cloud void machine are less than the CPU of source node, target cloud void machine it is interior The memory less than source node is deposited, the adjustment module (can be the empty machine agency in target cloud void machine) into target cloud void machine is sent Notice, wherein the disk remaining space size or CPU size or memory size for adjusting target cloud void machine are notified, to realize At least one of: it is big that the disk remaining space of target cloud void machine is greater than the application the space occupied to be migrated obtained in advance Small, the CPU of target cloud void machine is greater than the CPU of source node, and the memory of target cloud void machine is greater than the memory of source node.

In the present embodiment, judge whether target cloud void machine meets application according to the system information of source node and target cloud void machine The transition condition of information, if the memory of CPU or target cloud void machine that the CPU of target cloud void machine is less than source node are less than source node Memory, adjustment module can also be given by message of sending out public notice, be initiated to adjust CPU or memory to target cloud void machine by adjustment module Operation.

Optionally, after the application message of acquisition applications, the information type of preservation application message and preservation application message, The corresponding relationship of the initial position of application message and application message；Wherein, initial position includes at least following one: application Directory path, registration entries, configuration item, system entries.

Optionally, mount message includes at least one of following information: the installation directory and configuration data of application, registration are Unite library information, dependence system library information；Or

Business information includes at least one of following information: using generated in operational process data information, user setting Directory information；Or

System set-up information includes at least one of following information: starting up's information, timing task, System menu letter Breath, system service information, file association information, starting shortcut information；Or

Net element information includes at least one of following information: logical relation between IP address, domain name, host name, network element.

In the present embodiment, said network element is using the network element being located at.In the present embodiment, when application to be migrated is special It is in business application system in application, also acquiring the net element information for the network element that application to be migrated is located at.When special business is answered It is located at respectively there are multiple to be migrated in application, further acquiring multiple applications to be migrated in the present embodiment in system Multiple network elements, and the logical relation between the multiple network elements of acquisition.

Through the above description of the embodiments, those skilled in the art can be understood that according to above-mentioned implementation The method of example can be realized by means of software and necessary general hardware platform, naturally it is also possible to by hardware, but it is very much In the case of the former be more preferably embodiment.Based on this understanding, technical solution of the present invention is substantially in other words to existing The part that technology contributes can be embodied in the form of software products, which is stored in a storage In medium (such as ROM/RAM, magnetic disk, CD), including some instructions are used so that a terminal device (can be mobile phone, calculate Machine, server or network equipment etc.) execute method described in each embodiment of the present invention.

Embodiment 2

Additionally provide in the present embodiment a kind of using moving apparatus, the device is for realizing above-described embodiment and preferred real Mode is applied, the descriptions that have already been made will not be repeated.As used below, the soft of predetermined function may be implemented in term " module " The combination of part and/or hardware.Although device described in following embodiment is preferably realized with software, hardware, or The realization of the combination of software and hardware is also that may and be contemplated.

Fig. 2 is the structural block diagram according to an embodiment of the present invention using moving apparatus, as shown in Fig. 2, the device includes:

First determining module 202, application and application the target cloud extremely to be migrated for determining to be migrated in source node are empty Machine；

First acquisition module 204, the application message for acquisition applications；

First transferring module 206, for application message to be moved to target cloud void machine；

First processing module 208, for handling in target cloud void machine application message, so that in target cloud void machine It is middle to use application to be migrated.

Through the foregoing embodiment, the application message of 204 acquisition applications of the first acquisition module；First transferring module 206 will answer With information transfer to target cloud void machine；First processing module 208 is handled application message in target cloud void machine, so that Application to be migrated is used in target cloud void machine.It can solve in the related technology, will apply and need to carry out when moving to cloud void machine The problems such as reinstalling configuration.

In an alternative embodiment, first processing module 208 are also used in target cloud void machine according to indicated by application message Application message type application message is handled so that in target cloud void machine use application to be migrated.

In an alternative embodiment, first processing module 208 is also used to:

Optionally, the first transferring module 206 is also used at least one:

Application message is moved into target cloud void machine by telecopy.

In the present embodiment, a variety of sides that application message is moved to target cloud void machine are provided for the first transferring module 206 Formula, wherein for different operating system, it can choose different modes, for example, for Windows system, the first migration mould Block 206 can create teleengineering support catalogue by WMI interface and application message is moved to target cloud void machine；For linux system, First transferring module 206 can create teleengineering support catalogue by SSH mode and application message is moved to target cloud void machine.

In an alternative embodiment, the first acquisition module 204 is also used to:

In an alternative embodiment, above-mentioned apparatus further includes first judgment module, for according to source node and target cloud void machine System information judge whether target cloud void machine meets the transition condition of application message, wherein transition condition include at least it is following One of condition:

First transferring module 206 is also used to indicate that target cloud void machine meets the transition condition of application message in judging result When, application message is moved into target cloud void machine.

Optionally, when first judgment module is also used to judge at least one of situation: the disk of target cloud void machine is surplus Complementary space is less than the application the space occupied size to be migrated obtained in advance, and the CPU of target cloud void machine is less than source node CPU, the memory of target cloud void machine are less than the memory of source node, and the adjustment module into target cloud void machine sends notice, wherein logical Know disk remaining space size for adjusting target cloud void machine or CPU size or memory size, to realize at least one of: The disk remaining space of target cloud void machine is greater than the application the space occupied size to be migrated obtained in advance, target cloud void machine CPU is greater than the CPU of source node, and the memory of target cloud void machine is greater than the memory of source node.

In the present embodiment, first judgment module judges target cloud void machine according to the system information of source node and target cloud void machine Whether meet the transition condition of application message, if the CPU of target cloud void machine be less than source node CPU or target cloud void machine it is interior The memory less than source node is deposited, adjustment module can also be given by message of sending out public notice, be initiated by adjustment module to target cloud void machine Adjust the operation of CPU or memory.

Optionally, above-mentioned apparatus further includes the first preserving module, for saving application message and saving application message The corresponding relationship of the initial position of information type, application message and application message；Wherein, initial position include at least it is following it One: the directory path of application, registration entries, configuration item, system entries.

In an alternative embodiment, mount message is including at least one of following information: the installation directory and configuration data of application, The system library information of registration, dependence system library information；Or

It should be noted that above-mentioned modules can be realized by software or hardware, for the latter, Ke Yitong Following manner realization is crossed, but not limited to this: above-mentioned module is respectively positioned in same processor；Alternatively, above-mentioned modules are with any Combined form is located in different processors.

Embodiment 3

Fig. 3 is the structural block diagram of cloud tool in application according to an embodiment of the present invention, as shown in figure 3, the device includes:

Second determining module 302, the application and application for determining to be migrated in source node on tools interfaces are to be migrated Target cloud void machine extremely；

Second acquisition module 304, the application message for acquisition applications；

Second transferring module 306, for application message to be moved to target cloud void machine；

Second processing module 308, for handling in target cloud void machine application message, so that in target cloud void machine It is middle to use application to be migrated.

Through the foregoing embodiment, the second determining module 302 determined on tools interfaces in source node application to be migrated and Using target cloud void machine extremely to be migrated；The application message of second acquisition module, 304 acquisition applications；Second transferring module 306 will Application message moves to target cloud void machine；Second processing module 308 is handled application message in target cloud void machine, so that Application to be migrated is used in target cloud void machine.Can solve in the related technology, will using move to cloud void machine when need into The problems such as row reinstalls configuration.

In an alternative embodiment, Second processing module 308 are also used in target cloud void machine according to indicated by application message Application message type application message is handled so that in target cloud void machine use application to be migrated.

In an alternative embodiment, Second processing module 308 is also used to:

In an alternative embodiment, the second transferring module 306 is also used at least one:

Application message is moved into target cloud void machine by telecopy.

In the present embodiment, a variety of sides that application message is moved to target cloud void machine are provided for the second transferring module 306 Formula, wherein for different operating system, it can choose different modes, for example, for Windows system, the second migration mould Block 306 can create teleengineering support catalogue by WMI interface and application message is moved to target cloud void machine；For linux system, Second transferring module 306 can create teleengineering support catalogue by SSH mode and application message is moved to target cloud void machine.

Optionally, the second acquisition module 304 is also used to:

In an alternative embodiment, cloud tool in above-mentioned application further include: the second judgment module, for according to source node and mesh The system information of mark cloud void machine judges whether target cloud void machine meets the transition condition of application message, wherein transition condition is at least Including one of the following conditions:

Second transferring module 306 is also used to indicate that target cloud void machine meets the transition condition of application message in judging result When, application message is moved into target cloud void machine.

Optionally, the second judgment module is also used to when judging at least one of situation: the disk of target cloud void machine Remaining space is less than the application the space occupied size to be migrated obtained in advance, and the CPU of target cloud void machine is less than source node CPU, the memory of target cloud void machine are less than the memory of source node, and the adjustment module into target cloud void machine sends notice, wherein logical Know disk remaining space size for adjusting target cloud void machine or CPU size or memory size, to realize at least one of: The disk remaining space of target cloud void machine is greater than the application the space occupied size to be migrated obtained in advance, target cloud void machine CPU is greater than the CPU of source node, and the memory of target cloud void machine is greater than the memory of source node.

In the present embodiment, the second judgment module judges target cloud void machine according to the system information of source node and target cloud void machine Whether meet the transition condition of application message, if the CPU of target cloud void machine be less than source node CPU or target cloud void machine it is interior The memory less than source node is deposited, adjustment module can also be given by message of sending out public notice, be initiated by adjustment module to target cloud void machine Adjust the operation of CPU or memory.

Optionally, cloud tool in above-mentioned application further include: the second preserving module is answered for saving application message and saving With the corresponding relationship of the initial position of the information type of information, application message and application message；Wherein, initial position at least wraps Include following one: the directory path of application, registration entries, configuration item, system entries.

Embodiment 4

Fig. 4 is the structural block diagram according to an embodiment of the present invention using migratory system, as shown in figure 4, the system includes source Node 402, target cloud void machine 404 and the upper cloud tool 406 of application, wherein

Using upper cloud tool 406, the application and application for determining to be migrated in source node on tools interfaces are to be migrated Target cloud void machine extremely, the application message of acquisition applications, and application message is moved into target cloud void machine, and empty in target cloud Application message is handled in machine, so as to use application to be migrated in target cloud void machine.

Through the foregoing embodiment, application and application to be migrated in source node are determined on tools interfaces using upper cloud tool Target cloud void machine extremely to be migrated, the application message of acquisition applications, and application message is moved into target cloud void machine, and in mesh Application message is handled in mark cloud void machine, so as to use application to be migrated in target cloud void machine.It can solve correlation In technology, it will apply when moving to cloud void machine and carry out the problems such as reinstalling configuration.

Optionally, it is also used to using upper cloud tool:

Optionally, at least one is also used to using upper cloud tool:

Application message is moved into target cloud void machine by telecopy.

In the present embodiment, to provide a variety of modes that application message is moved to target cloud void machine using upper cloud tool, Wherein, for different operating system, it can choose different modes, for example, for Windows system, using upper cloud tool Teleengineering support catalogue being created by WMI interface, application message is moved into target cloud void machine；For linux system, application Upper cloud tool can create teleengineering support catalogue by SSH mode and application message is moved to target cloud void machine.

Optionally, it is also used to using upper cloud tool:

For judging whether target cloud void machine meets application message according to the system information of source node and target cloud void machine Transition condition, wherein transition condition includes at least one of the following conditions:

In an alternative embodiment, be also used to using upper cloud tool when judging at least one of situation: target cloud is empty The disk remaining space of machine is less than the application the space occupied size to be migrated obtained in advance, and the CPU of target cloud void machine is less than The CPU of source node, the memory of target cloud void machine are less than the memory of source node, and the adjustment module into target cloud void machine sends logical Know, wherein notify the disk remaining space size or CPU size or memory size for adjusting target cloud void machine, with realize with At least one lower: the disk remaining space of target cloud void machine is greater than the application the space occupied size to be migrated obtained in advance, The CPU of target cloud void machine is greater than the CPU of source node, and the memory of target cloud void machine is greater than the memory of source node.

In the present embodiment, target cloud void machine is judged according to the system information of source node and target cloud void machine using upper cloud tool Whether meet the transition condition of application message, if the CPU of target cloud void machine be less than source node CPU or target cloud void machine it is interior The memory less than source node is deposited, adjustment module can also be given by message of sending out public notice, be initiated by adjustment module to target cloud void machine Adjust the operation of CPU or memory.

Optionally, it using upper cloud tool, is also used to save application message and saves the information type of application message, application The corresponding relationship of the initial position of information and application message；Wherein, initial position includes at least following one: the catalogue of application Path, registration entries, configuration item, system entries.

In the present embodiment, said network element is using the network element being located at.In the present embodiment, when application to be migrated is special It is in business application system in application, also acquiring the net element information for the network element that application to be migrated is located at using upper cloud tool. When there are multiple to be migrated in application, further acquiring in the present embodiment using upper cloud tool in special service application system Logical relation between multiple network elements that multiple applications to be migrated are located at respectively, and the multiple network elements of acquisition.

Cross operating system to be that enterprise's cloud (either desktop or resource pool) faces using migration one very big Problem, for example, by WinXP system application move to Win7 and Win10 cloud void machine, will on 32 servers application migrate Win2008 cloud void machine is moved to 64 cloud void machines, by the application in Win2003 system, moves the application in CentOS system Move on to CGSL cloud void machine etc..

It is illustrated to above-mentioned using the process of moving method below in conjunction with preferred embodiment 1-8, but is not used in restriction originally The protection scope of inventive embodiments.

Preferred embodiment 1

The application scenarios of the preferred embodiment of the present invention include: during (1) cloud desktop system is online, and user uses application upper Cloud tool moves to the application of the original physical machine of oneself in the cloud void machine of oneself；(2) in the application of cloud desktop system, user is used The application of more WinXP cloud void machines is moved in same new Win7 cloud void machine using upper cloud tool；(3) cloud desktop system is answered In, after a 32-bit Windows machine installation is configured with certain application, user uses the upper cloud tool of application to more 64 Windows cloud void machine migrates the installation configuration of the application；(4) in the application of cloud desktop system, system manager, which uses, applies upper cloud Tool moves to the application on more XEN void machines in respectively new KVM void machine；(5) during resource pool system is online, user The special service application (such as sms center) of original physical machine is moved in cloud void machine using application upper cloud tool.

The core content of this preferred embodiment 1 is to utilize to apply upper cloud tool (hereinafter referred to as tool), to source node machine Middle application message is acquired and handles, and moves in target cloud void machine and integrated and restored, and reaches in target cloud void machine In the application on source node machine can be used normally and its data, do not need to reinstall the purpose of configuration.Tool by pair Application message carries out depth excavation, analysis and extraction in source node machine, has not only guaranteed application message completeness, but also make application message Independently of the specific version of operating system, the migration between cross operating system may be implemented.

It is related to the acquisition to the much information of application using upper cloud tool, wherein the acquisition to upper cloud application details It is the key that this preferred embodiment with recovery.

Fig. 5 is the flow chart (one) using moving method of alternative embodiment according to the present invention.As shown in figure 5, in order to sentence Whether disconnected target cloud void machine meets using upper cloud condition, the tool acquisition system information in source node and target cloud void machine respectively, Wherein system information includes but is not limited to:

Software information: operating system version etc.；

Hardware information: CPU size, CPU surplus ratio, memory size, remaining disk space size etc.；

In order to select to upper cloud application, tool acquires installation list of application, common list of application in source node；

In order to migrate to upper cloud application, tool depth in source node is excavated, analysis and extraction are to upper cloud application information, and Integration restores as the case may be in target cloud void machine, this is the core content of this preferred embodiment.

Wherein, include but is not limited to upper cloud application information:

Mount message to upper cloud application, comprising: to the installation directory and configuration data of upper cloud application, the system library of registration Information, system library information of dependence etc.；

Business information to upper cloud application, comprising: data information, the Yong Hushe generated in the operational process to upper cloud application The directory information etc. set；

System set-up information to upper cloud application, comprising: starting up's information, timing task, System menu information, System service information, file association information, starting shortcut etc.；

When being in special service application system to be located in application, then also needing to acquire to upper cloud application to upper cloud application Network element net element information, comprising: logical relation etc. between the IP address of network element, domain name, host name, network element；Wherein, it is patrolled between network element The relationship of collecting refers to the logical relation between other network elements in the network element and special service application system being located to upper cloud application.

Acquisition is when upper cloud application information other than saving the information content in source node, it is also necessary to which maintenance is answered to upper cloud With the type of information, to the corresponding relationship of upper cloud application information and its initial position；Wherein, the initial bit to upper cloud application information It sets including but not limited to: directory path, registration entries, configuration item, system entries etc. to upper cloud application information；

In target cloud void machine, it is whole that upper cloud application details progress is treated according to the information type to upper cloud application information It closes and restores, comprising:

For mount message and business information: first integration determines that the target to upper cloud application information restores position, selects mesh The principle that mark restores position is: preferentially restoring position according to the setting selection target of user, secondly selection is consistent with initial position Target restore position, finally according to concrete conditions selection targets such as the operating system of source node and destination node, hardware conditions Position is restored as target in actually available position on cloud void machine；After target position determines, being copied to upper cloud application information Target position；When the target position of upper cloud application information and initial position are inconsistent, then need for be synchronized to the target position In all information relevant to initial position；

For system set-up information: according to the concrete condition on target cloud void machine, by executing system command, directly modifying The modes such as system configuration item are consistent the system set-up information on system set-up information and source node；

For the application in special service application system, then also need to integrate the network element for restoring to be located to upper cloud application Net element information can restore in the following manner net element information: by executing system command, the directly side such as modification system configuration item Formula restores net element information.If to be migrated application has multiple in special service application system, to it is multiple it is to be migrated apply into When row migration, it is also necessary to according to multiple network element logical relations to be migrated applied between multiple network elements for being located at successively instauration net Logical relation between member.For the same application, there cannot be multiple network element nodes in systems while run the same application The case where, so tool makes to apply on source node while to be migrated applying restores to complete, is online on target cloud void machine It is offline, so that target cloud void machine be made to take over source node completely.

Preferred embodiment 2

Fig. 6 is the flow chart (two) using moving method of alternative embodiment according to the present invention.Step includes:

S01: connection source node.Source node machine, tool connection is arranged in user on the tools interfaces of the upper cloud tool of application Source node；Machine where source node can be tool, is also possible to REMOTE MACHINE；Source node can be one, be also possible to more It is a；Mount message is applied in tool queries source node system information, inquiry；The information inquired is shown in tools interfaces by tool On；

S02: linking objective cloud void machine.One or more target cloud void machines are arranged on tools interfaces, are arranged wait move by user Move the target installation directory of application；Tool linking objective cloud void machine inquires the system information of target cloud void machine, inquiry target installation The remaining space of disk where catalogue；

S03: it is arranged to upper cloud application.User can directly default common to be answered by what tool automatically selected on source node machine With or all application, can also select to set to upper cloud application, or manually in the source node machine application list on tools interfaces It sets to upper cloud application；User setting waits for that cloud adds catalogue；

S04: tool, which judges whether to meet, applies upper cloud condition.For example, if target cloud void machine OS Type and source Node mismatch, disk remaining space be less than to upper cloud application occupied space size etc., then provided on interface cannot apply it is upper The detailed prompt information of cloud；If target cloud void machine CPU or memory size are lower than source node, detailed prompt is provided on interface And warning information；If being equipped with the adjustment module that can be docked with tool in target cloud void machine, tool if send out public notice message to Module is adjusted, the operating process for adjusting CPU or memory to target cloud void machine is initiated by adjustment module；

S05: cloud application details in acquisition.The details of acquisition applications on source node machine, including but it is unlimited In types such as mount message, business information, system set-up informations；For the application in special service application system, then also need Acquire the net element information to upper cloud application；The information of all acquisitions needs to safeguard that information type, information and its initial position are corresponding Relationship；The initial position of information includes but is not limited to: directory path, registration entries, configuration item, system entries etc.；

S06: application migration.The upper cloud application details that need acquired on source node machine are moved to target by tool In cloud void machine；

S07: restore application.Tool carries out integration recovery to information according to information type.Mount message and business are believed Breath is integrated after determining target position, information is copied to target position；For system set-up information, by execute system command, The modes such as system configuration item are directly modified, make to be consistent on system set-up information and source node；The position of Information recovering and just When beginning position is inconsistent, then need for be synchronized to the position of Information recovering all information relevant to initial position；For special project The net element information applied in business application system is carried out extensive by execution system command, the directly modes such as modification system configuration item Again, make on source node while and application recovery completes, is online using offline；If multiple network elements migrate simultaneously, need Successively restored according to network element logical relation.

Preferred embodiment 3

Fig. 7 is the structural block diagram using moving apparatus of alternative embodiment according to the present invention.The device is with visualization Configuration using upper cloud device, as described in Figure 7, which includes:

Configuration module 702 (corresponding to the first determining module or the second determining module in above-described embodiment): it is mainly responsible for Visualization interface is provided；One or more source nodes can be set in visualization interface, and show source node system information etc.； List of application, the application message etc. of source node can be shown in visualization interface；It can directly default and be automatically selected by tool Common application or all applications on source node machine, can also select in source node machine application list to upper cloud application； It can be one or more to the additional catalogue of upper cloud to be arranged to upper cloud application；One or more target cloud void machines can be set, and Displaying target cloud virtual machine system information etc.；The recovery catalogue applied on target cloud void machine can be set；If be provided with multiple Source node or multiple target cloud void machines, can safeguard the corresponding relationship of source node and target cloud void machine；

Acquisition module 704: being mainly responsible for the configuration information according to configuration module, acquires application related information on source node, And it is supplied to configuration module and transferring module.The information for being supplied to configuration module includes but is not limited to: (1) source node and target cloud Virtual machine system information, such as OS Type, version etc.；(2) list of application of source node, application message etc..It is supplied to The information of transferring module includes but is not limited to: (1) mount message to upper cloud application；(2) business information to upper cloud application； (3) system set-up information to upper cloud application；(4) it for the application in special service application system, then also needs to acquire to upper The net element information of cloud application；Etc..When acquiring information, need to safeguard information type, information and its initial position corresponding relationship；

Transferring module 706: being mainly responsible for from configuration module and obtain configuration information, and what it is according to source node and target cloud void machine is System information, application message judge whether to be able to carry out cloud operation；According to judging result, upper cloud operation is executed or cancelled；If Cloud operates in execution, then application message acquisition module got is migrated from source node to target cloud void machine；If in cancellation Cloud operation, then according to module situation is adjusted in target cloud void machine, the message that decides whether to send out public notice gives target cloud void machine adjustment module, Initiate the operating process of adjustment target cloud virtual machine system configuration；

Recovery module 708 (corresponding to the first processing module or Second processing module in above-described embodiment): it is mainly responsible for The application message that transferring module is migrated is restored to restore, be made using good for use in target cloud void machine；Restore mount message and industry When information of being engaged in, operating system, the hardware condition etc. according to target cloud void machine are needed, the position after integrating information home position and restoring It sets；When recovery system setting information, according to the concrete condition on target cloud void machine, executes system command or direct modification system is set Confidence breath；For the application in special service application system, by executing system command or the directly side such as modification system configuration item Formula restores the net element information of application, and makes on source node using offline；If multiple network elements migrate simultaneously, need according to network element Logical relation is successively restored.

Preferred embodiment 4

Fig. 8 is the flow chart (three) using moving method of alternative embodiment according to the present invention.The alternative embodiment is answered It is during cloud desktop system is online with scene, user moves to the application of the original physical machine of oneself using the upper cloud tool of application In the cloud void machine of oneself.As shown in figure 8, steps are as follows:

Step 1, user's running tool on the source node is arranged a target cloud void machine by interface, and is the target cloud Target installation directory is arranged in empty machine；User clicks the Browse button；

Step 2, system information of tool queries source node, such as version of window, operating system cpu type etc., inquiry Method can be respectively using system interface GetVersionEx and GetSystemInfo；The application of tool queries source node List, using the information such as installation directory and occupied space size, the method for inquiry can be using system WMI interface remote read Registry entry；Tool queries source node hardware configuration, such as CPU, memory size etc., the method for inquiry can be to be connect using system Mouth GetSystemInfo；

Step 3, the system information of tool linking objective cloud void machine, inquiry target cloud void machine, such as version of window, behaviour Make system CPU type etc., method is the same as step 1；Disk remaining space where tool queries target installation directory, the method for inquiry can To use system interface GetDiskFreeSpaceEx；The hardware configuration of tool queries target cloud void machine, such as CPU, memory are big Small etc., method is the same as step 1；Tool receives above every query result, and is shown on interface；

Step 4, user directly defaults the common application or all applications automatically selected on source node machine by tool, or Selection is to upper cloud application in source node machine application list on tools interfaces；User setting waits for that cloud adds catalogue；

Step 5, tool, which judges whether to meet, applies upper cloud condition；If target cloud void machine operating system cpu type and source Node mismatches, disk remaining space is less than to upper cloud application occupied space size, then upper cloud cannot be applied by providing on interface Detailed prompt information；If target cloud void machine CPU or memory size are lower than source node, provided on interface prompt in detail and Warning information；If being equipped with the adjustment module that can be docked with tool in target cloud void machine, tool if, sends out public notice message to adjusting Mould preparation block is initiated the operating process that CPU or memory are adjusted to empty machine by adjustment module；

Step 6, tool acquires upper cloud application details, including but not limited to mount message, business information, system setting The types such as information；Information is acquired to need through a variety of ways, to can be inquiry registry entry, can be using system tool etc.； To the data information of upper cloud application, including the information under application installation directory, the information under AppData and user setting Information etc. under additional catalogue；The information of all acquisitions, Detailed log information type, information and its is original in infolist Position corresponding relationship, to be used when target cloud void machine restores information；The home position of information includes but is not limited to: catalogue road Diameter, registration entries, configuration item, system entries etc.；

Step 7, tool using system interface all acquisitions to upper cloud application information transfer into target cloud void machine；It moves Teleengineering support catalogue can be created by system WMI interface, execute telecopy to realize by moving information；

Step 8, tool carries out application recovery according to the information recorded in infolist on target cloud void machine；For installation Information and business information are integrated after determining target position, information are copied to target position；For system set-up information, pass through It executes system command, directly modify the modes such as system configuration item, make to be consistent on configuration information and source node.

Preferred embodiment 5

Fig. 9 is the flow chart (four) using moving method of alternative embodiment according to the present invention.The alternative embodiment is answered It is in the application of cloud desktop system with scene, user moves to the application of more WinXP cloud void machines using the upper cloud tool of application same In one new Win7 cloud void machine.As shown in figure 9, steps are as follows:

Step 1, multiple source nodes are arranged in user's running tool on interface, and a target cloud void machine is arranged, and are the mesh It marks cloud void machine and target installation directory is set；Click the Browse button；

Step 2, tool connects each source node, and the method for connection can be the long-range connecting interface using system WMI ManagementScope；System information of each source node of tool queries, such as version of window, operating system cpu type etc., The method of inquiry can be uses system interface GetVersionEx and GetSystemInfo respectively；Each source node of tool queries List of application, using the information such as installation directory and occupied space size, the method for inquiry can be remote using system WMI interface Journey reads registry entry etc.；Tool queries each source node hardware configuration, such as CPU, memory size etc., the method for inquiry can be Use system interface GetSystemInfo；

Step 4, it selects in each source node machine application list of the user on tools interfaces to upper cloud application, selected application Installation version should all can be used on WinXP and Win7；User setting waits for that cloud adds catalogue；

Step 6, to each source node, tool acquires upper cloud application information, including but not limited to mount message, business letter The types such as breath, system set-up information；Information is acquired to need through a variety of ways, to can be inquiry registry entry, can be use System tool etc.；To the data information of upper cloud application, including the information under application installation directory, the information under AppData, and Information etc. under the additional catalogue of user setting；The information of all acquisitions, Detailed log information type, letter in infolist Breath and its home position corresponding relationship, to be used when target cloud void machine restores information；The home position of information includes but not It is limited to: directory path, registration entries, configuration item, system entries etc.；

S8, tool carry out application recovery according to the information recorded in infolist on target cloud void machine；Installation is believed Breath and business information are integrated after determining target position, information are copied to target position；For system set-up information, by holding Row system command directly modifies the modes such as system configuration item, makes to be consistent on configuration information and source node；The position of Information recovering When setting inconsistent with home position, need to modify all information relevant to the position in remaining information.

Preferred embodiment 6

Figure 10 is the flow chart (five) using moving method of alternative embodiment according to the present invention.The alternative embodiment is answered It is in the application of cloud desktop system with scene, after a 32-bit Windows machine installation is configured with certain application, user uses application upper Cloud tool migrates the installation configuration of the application to more 64 Windows cloud void machines.As shown in Figure 10, steps are as follows:

Step 1, user's running tool on the source node is arranged multiple target cloud void machines by interface, and is each target Target installation directory is arranged in cloud void machine, clicks the Browse button；

Step 3, tool connects the system information of each target cloud void machine, each target cloud void machine of inquiry, such as Windows editions Originally, operating system cpu type, method is the same as step 1；Disk remaining space where each target installation directory of tool queries, inquiry System interface GetDiskFreeSpaceEx can be used in method；The hardware configuration of each target cloud void machine of tool queries, such as CPU, memory size, method is the same as step 1；Tool receives above every query result, and is shown on interface；

Step 4, it selects in source node machine application list of the user on tools interfaces to upper cloud application；User setting waits for Migrate additional catalogue；

Step 7, tool using system interface all acquisitions to upper cloud application information transfer into each target cloud void machine； Migration information can create teleengineering support catalogue by system WMI interface, execute telecopy to realize；

Step 8, tool carries out application recovery according to the information recorded in infolist on target cloud void machine；For installation Information and business information are integrated after determining target position, information are copied to target position；For system set-up information, pass through It executes system command, directly modify the modes such as system configuration item, make to be consistent on configuration information and source node；From 32 to 64 Position Windows system migration software when, it should be noted that processing location information in SOFTWARE and SOFTWARE The path integrations such as WOW6432Node, Program Files and Program Files (x86), while needing to modify remaining information In all information relevant to the position.

Preferred embodiment 7

Figure 11 is the flow chart (six) using moving method of alternative embodiment according to the present invention.The alternative embodiment is answered It is in the application of cloud desktop system with scene, system manager uses the upper cloud tool of application that the application on more XEN void machines is migrated Into respectively new KVM void machine.As shown in figure 11, steps are as follows:

Step 1, running tool, system manager import source node and the corresponding pass of target cloud void machine by tools interfaces batch System clicks the Browse button；

Step 2, to each group of source node and target cloud void machine, tool is separately connected source node and target cloud void machine, connection Method can be the long-range connecting interface ManagementScope using system WMI；Tool inquires source node and target respectively System information of cloud void machine, such as version of window, operating system cpu type etc., the method for inquiry can be respectively using system Unite interface GetVersionEx and GetSystemInfo；Tool inquires the hardware configuration of source node and target cloud void machine, example respectively Such as CPU, memory size, the method for inquiry can be using system interface GetSystemInfo；Tool queries target cloud void machine System interface can be used in disk remaining space where default objects installation directory, the method for inquiry GetDiskFreeSpaceEx；Tool receives and saves above every query result, can according to need selection on interface and checks；

Step 3, the common application of each source node of tool queries applies inventory in combination with default is common, generates each source section Point is to upper cloud application inventory；It inquires corresponding using the information such as installation directory and occupied space size on each source node；Tool receives And above every query result is saved, it can according to need selection on interface and check；

Step 4, to each group of source node and target cloud void machine, tool waits for that upper cloud application inventory judges one by one according to source node Whether satisfaction applies upper cloud condition；If target cloud void machine operating system cpu type and source node mismatch, disk residue is available Space is less than the detailed prompt information for then providing on interface to upper cloud application occupied space size and cannot applying upper cloud；If Target cloud void machine CPU or memory size are lower than source node, then prompt and warning information in detail are provided on interface；If target cloud The adjustment module that can be docked with tool is installed, tool is then sent out public notice message to module is adjusted, sent out by adjustment module in empty machine Play the operating process that CPU or memory are adjusted to empty machine；

Step 5, to each group of source node, tool acquires upper cloud application details, including but not limited to mount message, industry The types such as business information, system set-up information；Information is acquired to need through a variety of ways, to can be inquiry registry entry, can be Use system tool etc.；To the data information of upper cloud application, including applying the information under installation directory, the information under AppData, And information under the additional catalogue of user setting etc.；The information of all acquisitions, the Detailed log information class in infolist Type, information and its home position corresponding relationship, to be used when target cloud void machine restores information；The home position of information includes But it is not limited to: directory path, registration entries, configuration item, system entries etc.；

Step 6, to each group of source node and target cloud void machine, tool answering to upper cloud all acquisitions using system interface With information transfer into target cloud void machine；Migration information can create teleengineering support catalogue by system WMI interface, execute remotely Copy is to realize；

Step 7, to each group of source node and target cloud void machine, tool is recorded on target cloud void machine according in infolist Information carry out application recovery；For mount message and business information, integrates after determining target position, information is copied to target Position；For system set-up information, by executing system command, directly modify the modes such as system configuration item, make configuration information with Is consistent on source node

Preferred embodiment 8

Figure 12 is the flow chart (seven) using moving method of alternative embodiment according to the present invention.The alternative embodiment is answered It is during resource pool system is online with scene, user uses the upper cloud tool of application the special service application (example of original physical machine Such as sms center) it moves in cloud void machine.As shown in figure 12, steps are as follows:

Step 1, running tool, user import source node and target cloud void machine corresponding relationship, point by tools interfaces batch Hit the Browse button；

Step 2, to each group of source node and target cloud void machine, tool is separately connected source node and target cloud void machine, connection Method can be and remotely connected using SSH mode；Tool inquires the system information of source node and target cloud void machine respectively, such as Operating system version, cpu type etc., the method for inquiry can be respectively using system interface GetVersionEx and GetSystemInfo；Tool inquires the hardware configuration, such as CPU, memory size etc. of source node and target cloud void machine respectively, looks into The method of inquiry can be using system interface GetSystemInfo；Tool receives and saves above every query result, on interface It can according to need selection to check；

Step 3, user is arranged to upper cloud special project service application and associated documents, catalogue, tool queries on tools interfaces This applies the information such as associative directory and occupied space size on each source node；Tool receives and saves above every query result, It can according to need selection on interface to check；

Step 4, to each group of source node and target cloud void machine, tool, which judges whether to meet one by one, applies upper cloud condition；Such as Fruit target cloud void machine OS Type and source node mismatch, disk residue available space is less than to upper cloud application occupied space Size then provides the detailed prompt information that cannot apply upper cloud on interface；If target cloud void machine CPU or memory size are lower than Source node then provides prompt and warning information in detail on interface；If being equipped in target cloud void machine can dock with tool Adjustment module, tool message of then sending out public notice gives adjustment module, the operation for adjusting CPU or memory to empty machine initiated by adjustment module Process；

Step 5, to each group of source node, tool acquires upper cloud application details, including but not limited to mount message, industry The types such as business information, system set-up information, net element information；Information is acquired to need through a variety of ways, to can be resolution system and match File is set, be can be and obtained application program using system command, such as ldd and rely on system library；To the data information of upper cloud application, Including user setting using the information etc. under the system directories such as associated documents, directory information, etc/bin/opt/var；Institute There is the information of acquisition, Detailed log information type, information and its home position corresponding relationship in infolist, so as in target Cloud void machine restores to use when information；The home position of information includes but is not limited to: directory path, registration entries, configuration item, system entries Deng；

Step 6, to each group of source node and target cloud void machine, tool answering to upper cloud all acquisitions using system interface With information transfer into target cloud void machine；Migration information can create teleengineering support catalogue by system SSH mode, execute remotely Copy is to realize；

Step 7, to each group of source node and target cloud void machine, tool is recorded on target cloud void machine according in infolist Information carry out application recovery；For mount message and business information, integrates after determining target position, information is copied to target Position；Save information and source by executing system command, directly modifying the modes such as system configuration item system set-up information It is consistent on point；By executing system command, directly modifying the modes such as system configuration item, restore to include IP address, domain name, master The net element informations such as the interactive information between machine name, network element；When the position and home position of Information recovering are inconsistent, it is needed to be synchronized to Its all information relevant to the position；

Step 8, because being special service application, same network element cannot exist simultaneously multiple nodes while run, so answering When being completed with Information recovering, is online, tool makes on source node using offline, and target cloud void machine takes over source node completely；If more A network element migrates simultaneously, then needs successively to be restored according to network element logical relation.

By preferred embodiment above, the application migration of cross operating system may be implemented, such as by answering in WinXP system 64 cloud void machines are moved to moving to Win7 and Win10 cloud void machine, or by the application on 32 servers, or by Win2003 Application in system moves to Win2008 cloud void machine, or the application in CentOS system is moved to CGSL cloud void machine etc..

Embodiment 5

The present embodiment additionally provides a kind of storage medium, is stored with computer program in the storage medium, wherein the calculating Machine program is arranged to execute any of the above-described application moving method when operation.

Optionally, in the present embodiment, above-mentioned storage medium can be set to store by executing based on following steps Calculation machine program:

S1 determines application to be migrated in source node and applies target cloud void machine extremely to be migrated；

S2, the application message of acquisition applications, and application message is moved into target cloud void machine；

S3 is handled application message in target cloud void machine, so as to be answered in target cloud void machine using to be migrated With.

Optionally, storage medium is also configured to store the computer program for executing following steps:

S4, the application message type according to indicated by application message handles application message in target cloud void machine, So as to use application to be migrated in target cloud void machine；

Optionally, in the present embodiment, above-mentioned storage medium can include but is not limited to: USB flash disk, read-only memory (Read- Only Memory, referred to as ROM), it is random access memory (Random Access Memory, referred to as RAM), mobile hard The various media that can store computer program such as disk, magnetic or disk.

Embodiment 6

The present embodiment additionally provides a kind of electronic device, including memory and processor, is stored with calculating in the memory Machine program, the processor are arranged to run computer program to execute any of the above-described application moving method.

Optionally, above-mentioned electronic device can also include transmission device and input-output equipment, wherein the transmission device It is connected with above-mentioned processor, which connects with above-mentioned processor.

Optionally, in the present embodiment, above-mentioned processor can be set to execute following steps by computer program:

Optionally, the specific example in the present embodiment can be with reference to described in above-described embodiment and optional embodiment Example, details are not described herein for the present embodiment.

Obviously, those skilled in the art should be understood that each module of the above invention or each step can be with general Computing device realize that they can be concentrated on a single computing device, or be distributed in multiple computing devices and formed Network on, optionally, they can be realized with the program code that computing device can perform, it is thus possible to which they are stored It is performed by computing device in the storage device, and in some cases, it can be to be different from shown in sequence execution herein Out or description the step of, perhaps they are fabricated to each integrated circuit modules or by them multiple modules or Step is fabricated to single integrated circuit module to realize.In this way, the present invention is not limited to any specific hardware and softwares to combine.

The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field For art personnel, the invention may be variously modified and varied.It is all within principle of the invention, it is made it is any modification, etc. With replacement, improvement etc., should all be included in the protection scope of the present invention.

Claims

1. a kind of apply moving method characterized by comprising

Determine application to be migrated in source node and described using target cloud void machine extremely to be migrated；

The application message of the application is acquired, and the application message is moved into target cloud void machine；

The application message is handled in target cloud void machine, so that using described to be migrated in the target cloud void machine Application.

2. the method according to claim 1, wherein in target cloud void machine to the application message at Reason, so as to use the application to be migrated in the target cloud void machine, comprising:

The application message type according to indicated by the application message handles the application message in target cloud void machine, So as to use the application to be migrated in the target cloud void machine.

3. according to the method described in claim 2, it is characterized in that, in target cloud void machine according to indicated by the application message Application message type the application message is handled, so as to be answered in the target cloud void machine using described to be migrated With, comprising:

When the application message type indicated by the application message is mount message or business information, by the mount message or Business information copies on the target position in target cloud void machine；

When the application message type indicated by the application message is system set-up information or net element information, at least through following One of mode configures system set-up information in the cloud void machine according to the system set-up information: executing system life It enables, modify system configuration item；Wherein, the net element information is the network element that is located at of the application in special service application system Nodal information.

4. the method according to claim 1, wherein described move to target cloud void machine packet for the application message Include at least one of:

Teleengineering support catalogue is created by WMI interface, and the application message is moved into target cloud void machine；

Teleengineering support catalogue is created by SSH mode, and the application message is moved into target cloud void machine；

The application message is moved into target cloud void machine by telecopy.

5. the method according to claim 1, wherein before the application message of the acquisition application, institute State method further include:

Acquire the system information of the source node and the target cloud void machine respectively, wherein the system information include at least with One of lower information: OS Type, operating system version, CPU size and memory size, the size of disk remaining space.

6. according to the method described in claim 5, it is characterized in that, the method also includes:

Judge whether the target cloud void machine meets described answer according to the system information of the source node and the target cloud void machine With the transition condition of information, wherein the transition condition includes at least one of the following conditions:

The OS Type of target cloud void machine is matched with the OS Type of source node；The disk of target cloud void machine is remaining empty Between be greater than application the space occupied size to be migrated for obtaining in advance；The CPU of target cloud void machine is greater than source node CPU；The memory of target cloud void machine is greater than the memory of source node；

When judging result indicates that the target cloud void machine meets the transition condition of the application message, the application message is moved Move on to target cloud void machine.

7. according to the method described in claim 6, it is characterized in that, the method also includes:

When judging at least one of situation: the disk remaining space of target cloud void machine is described wait move less than obtaining in advance Application the space occupied size of shifting, the CPU of target cloud void machine are less than the CPU of source node, and the memory of target cloud void machine is less than source The memory of node, the adjustment module in Xiang Suoshu target cloud void machine send notice, wherein the notice is for adjusting the target The disk remaining space size or CPU size or memory size of cloud void machine, to realize at least one of: the target cloud void machine Disk remaining space be greater than application the space occupied size to be migrated for obtaining in advance, the target cloud void machine CPU is greater than the CPU of source node, and the memory of the target cloud void machine is greater than the memory of source node.

8. the method according to claim 1, wherein after acquiring the application message of the application, the method Further include: it saves the application message and saves the information type of the application message, the application message and described answer With the corresponding relationship of the initial position of information；Wherein, the initial position includes at least following one: the catalogue road of the application Diameter, registration entries, configuration item, system entries.

9. a kind of apply moving apparatus characterized by comprising

First determining module, for determining application to be migrated in source node and described using target cloud void machine extremely to be migrated；

First acquisition module, for acquiring the application message of the application；

First transferring module, for the application message to be moved to target cloud void machine；

First processing module, for handling in target cloud void machine the application message, so that empty in the target cloud The application to be migrated is used in machine.

10. device according to claim 9, which is characterized in that the first processing module is also used in target cloud void machine The middle application message type according to indicated by the application message handles the application message, so that in the target cloud The application to be migrated is used in empty machine.

11. device according to claim 9, which is characterized in that the first processing module is also used to:

12. cloud tool in a kind of application characterized by comprising

Second determining module, for determined on tools interfaces application to be migrated in source node and it is described using it is to be migrated extremely Target cloud void machine；

Second acquisition module, for acquiring the application message of the application；

Second transferring module, for the application message to be moved to target cloud void machine；

Second processing module, for handling in target cloud void machine the application message, so that empty in the target cloud The application to be migrated is used in machine.

13. cloud tool in application according to claim 12, which is characterized in that the Second processing module is also used to The application message type according to indicated by the application message handles the application message in target cloud void machine, so that The application to be migrated is used in the target cloud void machine.

14. cloud tool in application according to claim 13, which is characterized in that the Second processing module is also used to:

15. a kind of apply migratory system characterized by comprising

Cloud tool in the application, for determining that application to be migrated in source node and the application are to be migrated on tools interfaces Target cloud void machine extremely acquires the application message of the application, and the application message is moved to target cloud void machine, Yi Ji The application message is handled in target cloud void machine, so as to be answered in the target cloud void machine using described to be migrated With.

16. system according to claim 15, which is characterized in that cloud tool in the application is also used to empty in target cloud The application message type according to indicated by the application message handles the application message in machine, so that in the target The application to be migrated is used in cloud void machine.

17. system according to claim 16, which is characterized in that cloud tool is also used in the application:

18. a kind of storage medium, which is characterized in that be stored with computer program in the storage medium, wherein the computer Program is arranged to execute method described in any one of claim 1 to 8 when operation.

19. a kind of electronic device, including memory and processor, which is characterized in that be stored with computer journey in the memory Sequence, the processor are arranged to run the computer program to execute side described in any one of claim 1 to 8 Method.