CN109814878A - Cross-platform cross commercialization is from the complicated huge information system mixed deployment system of primary climate - Google Patents
Cross-platform cross commercialization is from the complicated huge information system mixed deployment system of primary climate Download PDFInfo
- Publication number
- CN109814878A CN109814878A CN201811564577.XA CN201811564577A CN109814878A CN 109814878 A CN109814878 A CN 109814878A CN 201811564577 A CN201811564577 A CN 201811564577A CN 109814878 A CN109814878 A CN 109814878A
- Authority
- CN
- China
- Prior art keywords
- deployment
- agency
- platform
- information
- installation
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn
Links
- 238000009434 installation Methods 0.000 claims abstract description 56
- 238000000034 method Methods 0.000 claims abstract description 46
- 238000005538 encapsulation Methods 0.000 claims description 32
- 230000000694 effects Effects 0.000 claims description 8
- 239000010931 gold Substances 0.000 claims description 6
- 229910052737 gold Inorganic materials 0.000 claims description 6
- 230000001360 synchronised Effects 0.000 claims description 4
- 230000000875 corresponding Effects 0.000 claims description 3
- 238000001514 detection method Methods 0.000 claims description 3
- 230000004301 light adaptation Effects 0.000 claims description 3
- 241000377209 Unicorn Species 0.000 claims 1
- 241000282485 Vulpes vulpes Species 0.000 claims 1
- 230000002567 autonomic Effects 0.000 abstract description 17
- 240000008365 Celosia argentea Species 0.000 abstract description 6
- 235000008954 quail grass Nutrition 0.000 abstract description 6
- 239000000203 mixture Substances 0.000 description 3
- 238000004806 packaging method and process Methods 0.000 description 3
- 239000003795 chemical substances by application Substances 0.000 description 2
- 239000000571 coke Substances 0.000 description 1
- 239000002131 composite material Substances 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000004069 differentiation Effects 0.000 description 1
- 230000003993 interaction Effects 0.000 description 1
- 238000002360 preparation method Methods 0.000 description 1
Abstract
The present invention relates to computer software fields, it is constituted for by numerous function/service/subsystems, and mutually there is the complex gigantic system of complicated installation and operation phase calling dependence, it is proposed a kind of deployment system, it can be across the different basic operation platforms such as physical server/virtual machine/container, across the commercial hardware environment based on x86 instruction set/the autonomic hardware environment of soaring based on ARM instruction set/Godson autonomic hardware environment based on risc instruction set/Shen prestige autonomic hardware environment based on autonomous instruction set, across windows/Linux/ milky way kylin, in the deployed environment for the domestic operating system of kylin of getting the bid, to including Web application/RPC, gRPC, Webservice, Restful type of service/Java application/C application/C++ is answered Dream is reached with/red fox browser plug-in/, the deployment process of the complicated huge information system of golden storehouse Domestic Database data file/container mirror image/virtual machine image software forms is managed collectively.
Description
Technical field
The invention belongs to computer software fields, and in particular to a kind of cross-platform cross commercialization is from the complicated huge information of primary climate
System mixed deployment system.
Background technique
Complicated huge information system refers in particular to constitute complicated (generally comprising hundreds of subsystems/services/functionalities domain), deployment
Association is complicated, and (in deployment, there are one-to-many, multi-to-multis, the sheet of strong precedence between each subsystem subsystem/services/functionalities domain
Dependence and runtime multistage are installed and call chain relation in ground), bulky (system it is all it is interior it is total more than 10G or more),
Deployed environment is complicated (across the different basic operation platforms such as physical server/virtual machine/container, across the commercialization based on x86 instruction set
Hardware environment/autonomic hardware the environment of soaring based on ARM instruction set/Godson autonomic hardware environment/base based on risc instruction set
In the Shen prestige autonomic hardware environment of autonomous instruction set, across windows/Linux/ milky way kylin, the acceptance of the bid domestic operation system of kylin
System), composition complex shape (each subsystem/service software forms covering Web application, RPC/Grpc/Webservice/
Restful type of service, C application, C++ application, red fox browser plug-in, reaches dream/gold storehouse Domestic Database data at Java application
File, container mirror image, virtual machine image).It is complicated at present huge with moving forward steadily for the autonomous controllable strategy of China's core technology
Information system has a wide range of applications in the fields such as military affairs, scientific research processing complicated business (such as command and control).
But complicated huge information system, which often faces internal composition when disposing installation form is various, is difficult to unified plan, portion
Lengthy and tedious to be difficult to arrangement plan, large-scale concurrent deployment process difficult with planning and adjusting, internal system dependence for administration's environment complicated difficult
Efficiently to dispatch, installation and deployment process status be difficult to synchronous the problems such as obtaining.
From the point of view of publish thesis in the past, have based on the deployment scheme proposed across more kinds of server architectures of X86/SPARC (" certainly
Dynamicization deployment services device system " network security and information-based 2018, (06), 98-100), have and is mentioned based on specific area complex environment
Out deployment scheme (" business bank's multisystem complex environment version issue automatic practice " China Financial Computer 2018, (04),
51-54), " practicing for automation batch deployment management " (Chinese Media science and technology 2017, (10), 119-121), have based on cloud platform
Automatically dispose scheme (" design of cloud platform automatically dispose and realization " electronic design engineering 2018,26 (03), the 60- of environment
64+68), having the automatically dispose scheme based on Docker container environment, (" the application deployment management platform based on Docker is ground
Study carefully " electronic design engineering 2017,25 (12), 41-44-48), there is the automatic Deployment Solution for Services of Virtual environment (" to virtualize certainly
Dynamic deployment key technology application " 2016,33 (08) of experimental technique and management, 126-128+136), these are for complicated huge letter
The deployment management of breath system has and shows there are also a certain distance: first is that most schemes focus on a certain particular problem domain or
A certain particular system, such as " practicing for automation batch deployment management " (Chinese Media science and technology 2017, (10), 119-121) are poly-
Coke in Xinhua News Agency's " Media Convergence development projects ",；Second is that it is imperfect to the basic operation platform covering in deployed environment, it can only face
To certain a kind of or a few class bases operation platform, such as " the application deployment management study of platform based on Docker " only for container
Environment, " design of cloud platform automatically dispose and realization " are only for cloud platform virtual machine environment；Third is that the software forms of deployment
Cover it is imperfect, can not for different shape software according to unified standard encapsulate and execute installation and deployment process；Fourth is that universal
Lack the support to autonomic hardware environment, installation can not be affixed one's name to based on the autonomic hardware platform upper for the 1500A that soars in current mainstream；
Fifth is that can not unify while manage installation and deployment process on the Windows, (SuSE) Linux OS of mainstream, needless to say support
Installation and deployment in the domestic autonomous operation system such as milky way kylin.
Summary of the invention
In view of the deficiencies of the prior art, the present invention provides a kind of cross-platform cross commercializations from the complicated huge information system of primary climate
It unites mixed deployment system, can support across the different basic operation platform such as physical server/virtual machine/container, across being referred to based on X86
Enable commercial hardware environment/autonomic hardware environment of soaring/Godson based on risc instruction set based on ARM instruction set of collection independently hard
Part environment/Shen prestige autonomic hardware the environment based on autonomous instruction set, across windows/Linux/ milky way kylin, acceptance of the bid kylin are domestic
Operating system, containing Web application, RPC/Grpc/Webservice/Restful type of service, Java application, C application, C++ are answered
With, red fox browser plug-in, reach dream/gold storehouse Domestic Database data file, container mirror image, virtual machine image software forms, energy
It is enough realize basic operation platform, hardware environment, operating system, software forms four dimensions environment in the complicated huge letter of deployment
The unified management of breath system.
In order to solve the above-mentioned technical problem, the present invention is realized by following technical proposals:
Cross-platform cross commercialization is from the complicated huge information system mixed deployment system of primary climate, which is characterized in that including software
Encapsulate verification tool, software storage, deployment console, deployment task scheduling, deployment interface, unified message frame, deployment act on behalf of,
Registration center, the software encapsulation verification tool will operate in different basic running environment, different operating system, different commercializations certainly
Web application, RPC/Grpc/Webservice/Restful type of service, Java application under primary climate, C are applied, C++ is applied,
Red fox browser plug-in reaches dream/gold storehouse Domestic Database data file, container mirror image, virtual machine image, according to unified encapsulation
Standard is packaged, and configuration packages describe file to illustrate deployed environment basic demand, software runtime environment basic demand,
With the call relation during other application or the dependence of service, operation with other services when deployment, final output is that can hold
The deployment encapsulation package of the unified installation and deployment of row uploads to the software storage；The software storage is the ground for placing deployment encapsulation package
The deployment encapsulation package of side, all encapsulation is verifying by package integrity, is disposing the verification of description correctness, cataloguing and classification, people
Finally be put in storage after work review process, the software storage is suitable for complicated deployment scenario, support classification deployment, schedule backup, from
It is examined before scattered storage, multi version management, upload, cataloguing setting, label setting, and externally offer condition query function；The portion
Administration's console is the place that deployment strategy is arranged, generates deployment scheme, and the deployment console with deployment node perceived by handing over
Mutually, current all deployment node and relevant information are listed, user can be according to actual needs by the deployment in the software storage
Encapsulation package and deployment node establish mapping relations, can be automatically automatic by the application of dependence or service during building mapping relations
Association, during deployment, the deployable state for receiving deployment task scheduling push feeds back and unifies to show；Registration center's sense
The activated state for knowing all deployment agencies, receives the registration for disposing agency described in each version, forms deployment node listing, together
When periodically acted on behalf of with the deployment and carry out heartbeat and connect to carry out Activity determination, the registration center may know that it is current it is each described in
The operating status of agency is disposed, once the deployment proxy exception exits or other reasons damage, the registration center can stand
It perceives that deployment agency is offline to lose activity, and the deployment task is notified to dispatch in time；The deployment task scheduling
It is the control axis of entire deployment system, is responsible for deployment encapsulation package and deployment that parsing user is arranged in the deployment console
Mapping relations of node, and generate corresponding deployment installation instruction collection, be responsible for when starting deployment by unified message frame to
Deployment agency's distribution Disposition Instructions on all deployment nodes, it is ensured that the sheet respectively applied or serviced in deployment installation process
Ground relies on, network accesses the correct foundation of dependence, additionally obtains presently described deployment agency from the registration center and lives
Character state obtains current deployment process status from deployment agency, once find some described deployment act on behalf of it is offline will immediately
Alarm prompt, and deployment installation process is temporarily hung up, until just will continue to enforcement division after the deployment Proxy Restore activated state
Administration's installation；The deployment interface provides query service during deployment for deployment agency, provides and obtains from software storage
Deployment encapsulation package essential information, the locally-installed, network operation access dependency information taken, while also receiving deployment process phase
Information is closed, and the information of receiving is sent to the deployment task and is dispatched；The unified message frame is that deployment system respectively forms
Part provides information receiving and transmitting mechanism, is the deployment console, deployment task scheduling, the deployment interface, the portion
Information receiving and transmitting channel is provided between administration agency, while unified message frame provides synchronous, asynchronous two kinds of information receiving and transmitting mechanism, Yi Jifa
Retransmission mechanism after sending unsuccessfully；The deployment agency is specifically responsible for deployment installment work, is divided into multiple versions, can run
In different basic operation platforms, operates in different hardware environment, operates in different operating system, the deployment agency
Automatic connection registration center, receives the heartbeat detection that the registration center initiates and timely responds to, pass through the unified message frame
Bridge joint receives the instruction that the deployment task scheduling is sent, and is unpacked and is executed to it, calls the deployment in the process of implementation
Interface obtains the essential information of encapsulation package, the locally-installed, network operation accesses dependence, while will be current during deployment
Deployment scenario feeds back to the deployment task further through the unified message frame and dispatches.
In above-mentioned technical proposal, it is preferred that the software encapsulation verification tool can by different technologies form application or
Service, is packaged and describes according to unified standard.
In above-mentioned technical proposal, it is preferred that the software storage is gradable in multiple place deployments, is stored in the software
Various types of data in warehouse is all discrete storage.
In above-mentioned technical proposal, it is preferred that the task schedule can ensure respectively to apply or take in deployment installation process
The local dependence of business, network access the correct foundation of dependence.
In above-mentioned technical proposal, it is preferred that the task schedule once finds some described portion in deployment installation process
Administration agency it is offline will alarm prompt immediately, and deployment installation process is temporarily hung up, until the deployment Proxy Restore activated state
It just will continue to execute deployment installation afterwards.
In above-mentioned technical proposal, it is preferred that the deployment agency can be divided into C++ or Java version from development language,
It can be divided into from technical system from primary climate adaptation or commercial environment adaptation version, autonomous or commercial ring can be compatible in deployment
Border, virtual machine or container multiclass basis operation platform, commercialization or domestic operating system.
In above-mentioned technical proposal, it is preferred that registered after the deployment agency starting from trend registration center.
In above-mentioned technical proposal, it is preferred that the relevant information that the deployment interface receives deployment process includes existing customer
End application or service installation progress, installation site, whether install, installation process whether Cuo Wu log.
In above-mentioned technical proposal, it is preferred that different basic operation platforms includes physical machine, commercialization in the deployment agency
Cloud platform, commercial container cloud, autonomous cloud platform, from primary tank cloud；Different hardware environment includes serial, the autonomous dragon that independently soars
Core series, autonomous Shen prestige series, commercialization X86 series；Different operating system includes that Windows is serial, Linux is serial, domestic
Milky way kylin, domestic acceptance of the bid kylin.
The present invention for be made of numerous function/service/subsystems and mutually exist the complicated installation and operation phase call according to
The complex gigantic system for the relationship of relying, proposes a kind of deployment system, can support across the different bases such as physical server/virtual machine/container
Plinth operation platform is based on across the commercial hardware environment/the autonomic hardware environment of soaring based on ARM instruction set/based on x86 instruction set
The Shen prestige autonomic hardware environment of the Godson autonomic hardware environment of risc instruction set/based on autonomous instruction set, across windows/
Linux/ milky way kylin, contains Web application, RPC/Grpc/Webservice/Restful class at the domestic operating system of acceptance of the bid kylin
Type service, C application, C++ application, red fox browser plug-in, reaches dream/gold storehouse Domestic Database data file, container at Java application
Mirror image, virtual machine image software forms can be realized in basic operation platform, hardware environment, operating system, software forms four
The unified management of complicated huge information system is disposed in the environment of dimension.
Towards huge information system in the deployment process of complex environment, what is embodied has the beneficial effect that the present invention:
A) it supports to install across commercial and autonomic hardware platform deployment；
B) it supports to install across commercial and autonomous operation system deployment；
C) the deployment installation of multiple technologies form application software is supported；
D) it supports to install across the deployment of physical server/cloud platform/container a variety of run time infrastructure；
E) the locally-installed setting and verifying for relying on, calling two kinds of deployment dependences of dependence during operation is supported；
F) it supports to allocate Disposition Instructions collection automatically according to deployment node and the mapping to application deployment；
G) the unified warning note shown with exception error of deployment process schedule is supported；
H) export and importing for supporting deployment scheme, are disposed convenient for quick copy strange land.
Detailed description of the invention
Fig. 1 is present invention deployment process model design drawing.
Fig. 2 is deployment system function composite structural diagram of the present invention.
Fig. 3 is deployment system internal relations of the present invention and calling logic figure.
Fig. 4 is deployment system implementation flow chart of the present invention.
Specific embodiment
It is further detailed in conjunction with attached drawing work in terms of modelling, composed structure two to technical solution of the present invention below
Explanation is described.
Modelling of the invention is as shown in Figure 1, including software application packaging model, package integrity verifying, disposing and retouch
Verification of correctness, software application storehouse model, executable deployment sequence, deployed environment situation, application software to be installed is stated to rely on
Constraint, Long-range Automatic Deployment install eight partial contents.
Software application packaging model for describe the basic demand of software deployment environment (such as: run on operating system/version
This, run on X86/ and soar 1500A framework hardware platform), software self information (such as: development language, version, develop it is single
Position), software composition information (such as: having which program file, configuration file, catalogue), software runtime environment basic demand (example
Such as: whether needing java running environment/version, whether need C++ running environment/version), client application or service arrangement peace
It needs to adjust during the other application and information on services (such as: mark, title, version, commercialization/autonomous) that rely on when dress, service operation
Other information on services (such as: mark, title, version, commercialization/autonomous).
Package integrity verifying is to verify according to software encapsulation model to packaged client or service, is judged
Whether content is complete；Deployment description verification of correctness is according to packaging model, to portion needed for packaged client or service
Administration's environment is verified, it is ensured that content is filled in complete and met the requirements.
Software application storehouse model is the definition to packaged application or service memory structure, defines distribution storage
(with discrete form storage file), classification storage (it is similar with Zong Ku and to divide the concept in library, it can be by certain categories of package file
Property designated storage location), timed backup (there is a differentiation of home site and backup site in warehouse, and timing periodically synchronizes backup),
Classifying rules (for the package file being stored in warehouse, can be sorted out and be distinguished by way of label, cataloguing, just
In imparting business meaning).
Deployed environment situation describes specific deployment scenario, such as: it disposes the quantity of node, X86 business PC quantity, soar
Any operation be assembled with from host number, each deployment node from host number, Godson 3A from host number, Shen Wei by 1500A
Calculating/storage/network configuration cases of system, each deployment node.
Executable deployment sequence is to be held according to actual deployment demand in conjunction with the deployment that the point in current deployed environment generates
Row scheme specifies and which client application or service is installed in which deployment point, what erection sequence is, is installed
After what initialization operation needed to be implemented.
Application software to be installed rely on constraint be before deployment to client application to be installed in current deployment node or
The verification again of the installation dependence of service determines that the machine content to be installed is all ready.
Long-range Automatic Deployment installation is that the deployment tool disposed on node receives executable deployment sequence, is analyzed the instruction simultaneously
Execute the process specifically disposed, support across the different basic operation platforms such as physical server/virtual machine/container, across being based on X86
The commercial hardware environment of instruction set/autonomic hardware environment of soaring/Godson based on risc instruction set based on ARM instruction set is autonomous
Hardware environment/Shen prestige autonomic hardware the environment based on autonomous instruction set, across windows/Linux/ milky way kylin, acceptance of the bid kylin state
Operating system is produced to be disposed.
(2) composed structure
The system composed structure of this patent is as shown in Fig. 2, specifically include software encapsulation verification tool, software storage, deployment
Console, deployment task scheduling, unified message frame, registration center, deployment interface, eight parts of deployment agency composition.
It is commercial from main ring that software encapsulation verification tool will operate in different basic running environment, different operating system, difference
Web application, RPC/Grpc/Webservice/Restful type of service, Java application, C application, C++ application, red fox under border
Browser plug-in reaches dream/gold storehouse Domestic Database data file, container mirror image, virtual machine image, according to unified encapsulation standard
It is packaged, and configuration packages describe file to illustrate deployed environment basic demand, software runtime environment basic demand, deployment
When with, with the call relation of other services etc., final output is executable during the dependence of other application or service, operation
The deployment encapsulation package of unified installation and deployment.
Software storage is the place for placing deployment encapsulation package, and the deployment encapsulation package of all encapsulation is passing through package integrity school
Test, dispose the verification of description correctness, cataloguing finally is put in storage with after the processes such as classification, manual examination and verification, software storage is suitable for complexity
Deployment scenario supports classification deployment, schedule backup, discrete storage, multi version management, and externally provides condition query function.
Registration center perceives the activated state of all deployment agencies, is the deployment generation by being pre-placed on deployment node
The automatic registration of reason is realized, after deployment agency's starting, can be registered from trend registration center, and timing carries out heartbeat company
It connecing, such registration center just may know that the operating status of current each deployment node, once deployment node is closed or other reasons
Damage, registration center can perceive down status immediately, notify deployment task scheduling in time.
Deployment console be arranged deployment strategy, generate deployment scheme place, console by with deployment node perceived
Interaction, lists current all deployment node and relevant information (ip, port of opening etc.), and user can according to actual needs will be soft
Deployment encapsulation package and deployment node in part warehouse establish mapping relations, can be automatically by dependence during building mapping relations
Using or service auto-associating；During deployment, the deployable state for receiving deployment task scheduling push feeds back and shows.
Deployment task scheduling is the control axis of entire deployment system, is responsible for what parsing user was arranged in deployment console
Dispose encapsulation package and dispose the mapping relations of node, and generate corresponding deployment installation instruction collection, be responsible for when starting and disposing to
Deployment agency's distribution Disposition Instructions on all deployment nodes, it is ensured that respectively apply or service in deployment installation process it is local according to
Rely, the correct foundation of network access dependence, additionally obtains presently described deployment from the registration center and act on behalf of active shape
State obtains current deployment process status from deployment agency, once find some deployment agency it is offline will alarm prompt immediately,
And deployment installation process is temporarily hung up, until just will continue to execute deployment installation after deployment Proxy Restore activated state.
Unified message frame provides information receiving and transmitting mechanism for each component part of deployment system, for deployment console, deployment
Information receiving and transmitting channel is provided between task schedule, deployment interface, deployment agency, realizes decoupling functionally, while unified message frame
Frame provides synchronous, asynchronous two kinds of information receiving and transmitting mechanism, and sends the retransmission mechanism after failure, it is ensured that information receiving and transmitting it is highly reliable
Property.
Deployment interface provides query service during deployment for deployment agency, provides deployment encapsulation package essential information, sheet
The information such as ground installation, network operation access dependence；Deployment process-related information is also received simultaneously, such as active client is answered
With or service installation progress, installation site, whether install, the error log that installation process is etc., and by the letter of receiving
Breath is sent to deployment task scheduling.
Deployment agency is specifically responsible for deployment installment work, be divided into multiple versions, can operate in physical server/
The different basic operation platforms such as virtual machine/container, commercial hardware environment/the soaring independently based on ARM for operating in x86 instruction set
Hardware environment operates on the different operating systems such as the domestic operating system of windows/Linux/, and deployment agency is by uniformly disappearing
It ceases frame and receives the instruction that deployment task scheduling is sent, it is unpacked and is executed, calls deployment interface in the process of implementation
Obtain the essential information of encapsulation package, the locally-installed, network operation accesses dependence, while will currently dispose during deployment
Situation feeds back to deployment task scheduling further through unified message frame.
(3) implementation process
The implementation process of this patent is as shown in Figure 4.It is as follows that whole system disposes installation process:
A) in the software development stage, developer will press unified standard envelope by the client application or service of test verifying
Dress forms deployment encapsulation package after being packaged, software storage is submitted after auditing, the settable label, cataloguing, classification, affiliated before submission
Special topics etc. are convenient for retrieval and inquiry；
B) deployment the preparation stage, support personnel pass through first deployment console will deployment agency be uniformly pushed to it is all
(environment includes physical server virtual machine/container, and commercialization/autonomic hardware environment, Windows/Linux/ are domestic on deployment node
Milky way kylin/domestic acceptance of the bid kylin), and execute automatic installation script and execute installation process and start；
C) it is registered after deployment agency starting from trend registration center, the address ip, the port of deployment node where itself is provided
Opening status etc.；After registration center receives deployment agency of trademark registration information, heartbeat detection can be carried out periodically to judge deployment agency's
Activity；
D) deployment console obtains current all deployment agent activities states by deployment task scheduling, when mapping deployment peace
When the deployment Agent Status for filling the deployment node of packet is all activity, that is, think that the complete premise of current deployed environment is set up；Pass through
Software storage interface is called to check all deployment installation kits and the deployment installation that its locally-installed dependence, runtime access rely on
Packet whether there is, and such as all exists and thinks currently to dispose the complete premise establishment of installation kit；Not such as one of above-mentioned precondition
It sets up, then will call the police prompt；
E) such as above-mentioned precondition is all set up, then lists current all deployment nodes, and encapsulation in deployment console
Client application and service, the settable mapping between the two of user；
F) when being mapped out the work, deployment task is initiated in deployment control terminal by user, deployment task scheduling at this time is again
It is secondary that deployed environment is verified, when deployment node on deployment agency all keep activated state, all deployment installation kits and its
Local dependence and runtime access rely on when all setting up in the presence of the two conditions, and deployment task scheduling acquisition user setting is reflected
Relationship is penetrated, forms the executable deployment installation instruction collection sequence of multichannel after parsing；
G) Disposition Instructions that deployment task scheduling is generated by unified message frame to deployment node distribution, deployment agency connect
After receiving instruction, it is firstly connected to software storage downloading deployment encapsulation package, and successively verify according to the installation timing being arranged in instruction
Whether the integrality of encapsulation package, locally dependence are ready with downloading installation, if condition all meets, start deployment and install, and
It is in installation process that deployable state, error message of each application etc. is anti-to deployment task by unified message frame feedback
Feedback；
H) after deployment task feedback summary respectively disposes the deployable state of node, then deployment control terminal uniformly displaying portion is pushed to
Administration's progress；Locally-installed failure is such as encountered simultaneously, the fortune phase calls the case where relying on install failure, the timely alarm prompt guarantee of meeting
Personnel, and deployment installation process is temporarily hung up, until just will continue to execute deployment installation after deployment Proxy Restore activated state.
Protection scope of the present invention includes but is not limited to embodiment of above, the skill of this field that any pair of this technology is made
Replacement that art personnel are readily apparent that, deformation, improvement each fall within protection scope of the present invention.
Claims (9)
1. cross-platform cross commercialization is from the complicated huge information system mixed deployment system of primary climate, which is characterized in that sealed including software
Fill verification tool, software storage, deployment console, deployment task scheduling, deployment interface, unified message frame, deployment agency, note
Volume center, the software encapsulation verification tool will operate in different basic running environment, different operating system, different commercializations independently
Web application, RPC/Grpc/Webservice/Restful type of service, Java application, C application, C++ application, fire under environment
Fox browser plug-in reaches dream/gold storehouse Domestic Database data file, container mirror image, virtual machine image, according to unified encapsulation mark
Standard is packaged, and configuration packages describe file to illustrate deployed environment basic demand, software runtime environment basic demand, portion
With the call relation during other application or the dependence of service, operation with other services when administration, final output is executable
The deployment encapsulation package of unified installation and deployment uploads to the software storage；The software storage is the ground for placing deployment encapsulation package
The deployment encapsulation package of side, all encapsulation is verifying by package integrity, is disposing the verification of description correctness, cataloguing and classification, people
Finally be put in storage after work review process, the software storage is suitable for complicated deployment scenario, support classification deployment, schedule backup, from
It is examined before scattered storage, multi version management, upload, cataloguing setting, label setting, and externally offer condition query function；The portion
Administration's console is the place that deployment strategy is arranged, generates deployment scheme, and the deployment console with deployment node perceived by handing over
Mutually, current all deployment node and relevant information are listed, user can be according to actual needs by the deployment in the software storage
Encapsulation package and deployment node establish mapping relations, can be automatically automatic by the application of dependence or service during building mapping relations
Association, during deployment, the deployable state for receiving deployment task scheduling push feeds back and unifies to show；Registration center's sense
The activated state for knowing all deployment agencies, receives the registration for disposing agency described in each version, forms deployment node listing, together
When periodically acted on behalf of with the deployment and carry out heartbeat and connect to carry out Activity determination, the registration center may know that it is current it is each described in
The operating status of agency is disposed, once the deployment proxy exception exits or other reasons damage, the registration center can stand
It perceives that deployment agency is offline to lose activity, and the deployment task is notified to dispatch in time；The deployment task scheduling
It is the control axis of entire deployment system, is responsible for deployment encapsulation package and deployment that parsing user is arranged in the deployment console
Mapping relations of node, and generate corresponding deployment installation instruction collection, be responsible for when starting deployment by unified message frame to
Deployment agency's distribution Disposition Instructions on all deployment nodes, it is ensured that the sheet respectively applied or serviced in deployment installation process
Ground relies on, network accesses the correct foundation of dependence, additionally obtains presently described deployment agency from the registration center and lives
Character state obtains current deployment process status from deployment agency, once find some described deployment act on behalf of it is offline will immediately
Alarm prompt, and deployment installation process is temporarily hung up, until just will continue to enforcement division after the deployment Proxy Restore activated state
Administration's installation；The deployment interface provides query service during deployment for deployment agency, provides and obtains from software storage
Deployment encapsulation package essential information, the locally-installed, network operation access dependency information taken, while also receiving deployment process phase
Information is closed, and the information of receiving is sent to the deployment task and is dispatched；The unified message frame is that deployment system respectively forms
Part provides information receiving and transmitting mechanism, is the deployment console, deployment task scheduling, the deployment interface, the portion
Information receiving and transmitting channel is provided between administration agency, while unified message frame provides synchronous, asynchronous two kinds of information receiving and transmitting mechanism, Yi Jifa
Retransmission mechanism after sending unsuccessfully；The deployment agency is specifically responsible for deployment installment work, is divided into multiple versions, can run
In different basic operation platforms, operates in different hardware environment, operates in different operating system, the deployment agency
Automatic connection registration center, receives the heartbeat detection that the registration center initiates and timely responds to, pass through the unified message frame
Bridge joint receives the instruction that the deployment task scheduling is sent, and is unpacked and is executed to it, calls the deployment in the process of implementation
Interface obtains the essential information of encapsulation package, the locally-installed, network operation accesses dependence, while will be current during deployment
Deployment scenario feeds back to the deployment task further through the unified message frame and dispatches.
2. cross-platform cross commercialization according to claim 1 is from the complicated huge information system mixed deployment system of primary climate,
It is characterized in that the software encapsulation verification tool can carry out the application or service of different technologies form according to unified standard
Encapsulation and description.
3. cross-platform cross commercialization according to claim 1 is from the complicated huge information system mixed deployment system of primary climate,
Be characterized in that the software storage is gradable in multiple place deployments, the Various types of data being stored in the software storage be all from
Dissipate storage.
4. cross-platform cross commercialization according to claim 1 is from the complicated huge information system mixed deployment system of primary climate,
It is characterized in that, the task schedule can ensure that the local respectively applied or serviced in deployment installation process relies on, network accesses
The correct foundation of dependence.
5. cross-platform cross commercialization according to claim 1 is from the complicated huge information system mixed deployment system of primary climate,
It is characterized in that, the task schedule once finds that some described deployment is acted on behalf of offline will alert immediately and mentioned in deployment installation process
Show, and temporarily hang up deployment installation process, until just will continue to execute deployment installation after the deployment Proxy Restore activated state.
6. cross-platform cross commercialization according to claim 1 is from the complicated huge information system mixed deployment system of primary climate,
It is characterized in that, the deployment agency can be divided into C++ or Java version from development language, can be divided into from technical system certainly
Primary climate adaptation or commercial environment are adapted to version, can be compatible with autonomous or commercial environment, virtual machine or container multiclass base in deployment
Plinth operation platform, commercialization or domestic operating system.
7. cross-platform cross commercialization according to claim 1 is from the complicated huge information system mixed deployment system of primary climate,
It is characterized in that, is registered after the deployment agency starting from trend registration center.
8. cross-platform cross commercialization according to claim 1 is from the complicated huge information system mixed deployment system of primary climate,
It is characterized in that, the relevant information that the deployment interface receives deployment process includes being installed into for active client application or service
Degree, installation site, whether install, installation process whether Cuo Wu log.
9. cross-platform cross commercialization according to claim 1 is from the complicated huge information system mixed deployment system of primary climate,
Be characterized in that, in the deployment agency different basic operation platform include physical machine, commercial cloud platform, commercial container cloud, from
Main cloud platform, from primary tank cloud；Different hardware environment is serial including serial, autonomous Godson of independently soaring, autonomous Shen prestige is serial,
Commercial X86 series；Different operating system includes Windows series, Linux series, domestic milky way kylin, domestic acceptance of the bid Qi
Unicorn.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811564577.XA CN109814878A (en) | 2018-12-20 | 2018-12-20 | Cross-platform cross commercialization is from the complicated huge information system mixed deployment system of primary climate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811564577.XA CN109814878A (en) | 2018-12-20 | 2018-12-20 | Cross-platform cross commercialization is from the complicated huge information system mixed deployment system of primary climate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109814878A true CN109814878A (en) | 2019-05-28 |
Family
ID=66601706
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811564577.XA Withdrawn CN109814878A (en) | 2018-12-20 | 2018-12-20 | Cross-platform cross commercialization is from the complicated huge information system mixed deployment system of primary climate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109814878A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112256290A (en) * | 2020-11-02 | 2021-01-22 | 北京中宏立达信创科技有限公司 | Device and method for deploying integrated operating system |
| CN112417699A (en) * | 2020-11-26 | 2021-02-26 | 中国科学院电子学研究所苏州研究院 | Service capability-oriented structured description verification system and method thereof |
-
2018
- 2018-12-20 CN CN201811564577.XA patent/CN109814878A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112256290A (en) * | 2020-11-02 | 2021-01-22 | 北京中宏立达信创科技有限公司 | Device and method for deploying integrated operating system |
| CN112417699A (en) * | 2020-11-26 | 2021-02-26 | 中国科学院电子学研究所苏州研究院 | Service capability-oriented structured description verification system and method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104536899B (en) | A kind of software deployment and its maintaining method based on Intelligent cluster | |
| CN108958927A (en) | Dispositions method, device, computer equipment and the storage medium of container application | |
| CN110809017B (en) | Data analysis application platform system based on cloud platform and micro-service framework | |
| CN106991035A (en) | A kind of Host Supervision System based on micro services framework | |
| CN109857514A (en) | Cross-platform cross commercialization is from the complicated huge information system mixed deployment system of primary climate | |
| CN109814878A (en) | Cross-platform cross commercialization is from the complicated huge information system mixed deployment system of primary climate | |
| CN103473696A (en) | Method and system for collecting, analyzing and distributing internet business information | |
| CN103455346B (en) | Application program deployment method, deployment main control computer, deployment client side and cluster | |
| CN108021608A (en) | A kind of lightweight website dispositions method based on Docker | |
| KR20130140508A (en) | Apparatus for collecting log information | |
| Fagg et al. | Fault tolerant communication library and applications for high performance computing | |
| US20190034464A1 (en) | Methods and systems that collect data from computing facilities and export a specified portion of the collected data for remote processing and analysis | |
| CN109918359A (en) | Database service persistence method and system based on swarm | |
| CN112351106B (en) | Service grid platform containing event grid and communication method thereof | |
| Chen et al. | MORE: A model-driven operation service for cloud-based IT systems | |
| CN107948035A (en) | Business data service bus construction method based on the interaction of private clound big data | |
| CN103440298A (en) | Data access management device and management method and database service platform | |
| CN108446102A (en) | A kind of integral system and method for development deployment application program | |
| Wolf et al. | Supporting component-based failover units in middleware for distributed real-time and embedded systems | |
| US20200348978A1 (en) | Methods and systems that correlate resource identifiers among management services and applications | |
| CN111381983A (en) | Lightweight message middleware system and method of virtual test target range verification system | |
| CN109286617B (en) | Data processing method and related equipment | |
| CN110912731A (en) | NFV-based system and method for realizing service identification and topology analysis by adopting DPI technology | |
| Lovrek et al. | Improving software maintenance by using agent-based remote maintenance shell | |
| CN111048164A (en) | Medical big data long-term storage system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20190528 |
|
| WW01 | Invention patent application withdrawn after publication |