CN102035892A - System and method for automatically releasing operating system version and automatically updating software package - Google Patents
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Abstract
The invention discloses a system and a method for automatically releasing an operating system version and automatically updating a software package. The system mainly comprises a switched virtual network (SVN) server, a compile server, a file transfer protocol (FTP) server, a working client and a configuration management terminal. In the method for automatically releasing the version and automatically updating the software package provided by the system, software packages of multiple items can be stored in one SVN server, the update conditions of the software packages can be automatically detected, the software packages can be automatically transmitted to a corresponding compile server for compiling, the compiled result is timely fed back to a configuration manager and a developer, and the configuration manager can make a system release plan in advance so as to timely and automatically release the system. The workload of the configuration manager can be obviously reduced, the software package compiling efficiency is greatly improved, and the probability of generating a human error is obviously reduced in the process of software package management and system release.
Description
Technical Field
The invention relates to the technical field of software version control and release, in particular to a system and a method for automatically releasing a version and automatically updating a compiled software package in the development process of an operating system.
Background
Currently, most of the tasks of automatic version release and software package update of the operating system are still in the manual management stage. In the development process of the operating system, a developer needs to upload a source code of a developed software package to the SVN server, and then notifies a configuration manager of the update condition of the software package through a mail, after the configuration manager receives the mail, the developer needs to find out the source code of the software package from the SVN server according to information such as a project name, a project version and the like provided in the mail, and then manually place the source code in a compiling server corresponding to the project for compiling. Finally, according to the software package compiling result, the configuration manager sends an email to the developer to tell the developer whether the software package compiling result is successful or failed. If the compiling fails, the developer needs to modify the source code again, and the process is repeated after the source code is modified until the software package is compiled successfully.
There are several problems here: one is that the communication between the configuration administrator and the developer is not smooth. The configuration administrator cannot check the mails timely, so that the source codes cannot be compiled immediately after being updated to the SVN server, and results cannot be fed back to developers timely. Moreover, if a plurality of developers frequently update different software packages, the configuration manager needs to manually compile each software package one by one, which may cause backlog of the software packages and may not feed back results to the developers in time. Secondly, there is duplication of work for the configuration administrator. The configuration administrator needs to continuously download the source code from the SVN server, then compile it on the compilation server, and write the mail after the compilation is completed, which are mechanical and time-consuming operations. Thirdly, multiple items are easy to make mistakes when being carried out simultaneously. At present, each project needs to create own SVN server to store source codes, compile software packages on own compiling servers, and a configuration administrator needs to manage multiple servers at the same time. When a configuration administrator becomes inattentive, the source code of a software package in one project may be placed on the compilation server of another project for compilation, which, of course, results in erroneous results.
In addition, the issue process of the current system also has problems, and the general method is as follows: the project principal informs the configuration administrator of the system distribution plan, the configuration administrator distributes the system on the specified distribution machine at the specified distribution time, and when a plurality of projects are carried out simultaneously, the configuration administrator has the possibility of confusing the distribution plans of the projects, thereby easily causing human errors.
Therefore, the management work of the version release of the current operating system and the update of the software package has the defects of low efficiency, unsmooth communication and easy occurrence of human errors.
Disclosure of Invention
In view of the above, the main objective of the present invention is to provide a system and method for automatically releasing an os version and automatically updating a software package, so as to effectively manage the software package and the os release process, thereby reducing the workload of a configuration administrator and reducing the possibility of loss caused by human error.
In order to achieve the purpose, the technical scheme of the invention is realized as follows:
a system for automatically releasing operating system versions and automatically updating software packages comprises a plurality of working clients used by developers; the system also comprises an SVN server, a compiling server, an FTP server and a configuration management terminal used by a configuration administrator; wherein,
the working client is connected with the SVN server and used for developers to develop and modify software packages,
uploading the software package to a software library of the SVN server;
the SVN server is connected with the compiling server, and is provided with a software library for storing software packages and sending compiling instructions and system version issuing instructions to the compiling server;
the configuration management terminal is connected with the SVN server and used for configuring an administrator to manage a software package updating process and a system version releasing process and feeding back information to the configuration administrator through the SVN server;
the compiling server is connected with the FTP server, is used for uploading a mirror image file generated by system release to the FTP server, and is used for compiling a software package and releasing a system version;
the FTP server is connected with the SVN server and is used for a configuration administrator to check the mirror image files stored in the FTP server through the SVN server;
software automation test framework STAF is installed on the SVN server, the FTP server, the compiling server, the configuration management terminal and the working client and used for mutual communication among all machines.
The software library of the SVN server is also provided with a software package configuration file for recording the basic information of the software package; and
and the compiling server configuration library is used for storing the corresponding relation between the project and the compiling server.
And the compiling servers are configured with a plurality of groups according to the requirement of the number of the projects, and each group of compiling servers further comprises a plurality of compiling machines.
A method for automatic release of operating system versions, the method comprising:
a. the configuration administrator issues a policy to the SVN server configuration system, the policy comprising: project name, project version, project architecture and release time information;
b. when the release time is up, the SVN server automatically analyzes the content of the release strategy, searches the compiling server from the compiling server configuration library according to the project name, the project version and the project architecture, and sends a system release instruction to the compiling server;
c. after receiving a system release instruction, the compiling server calls a version release program by using a binary file generated by compiling to generate a system image file, then places the image file into a specific directory on the FTP server for release, and then sends a system release completion instruction to the SVN server;
d. after receiving the system release completion instruction, the SVN server sends a mail to the configuration administrator, informs the configuration administrator, and ends the release process.
A method for automatic update of an operating system software package, the method comprising:
A. initializing an SVN server, and creating a software library of a software package for managing all projects on the SVN server;
B. after a developer develops a software package on a machine of the developer, uploading a source code of the software package to a software library, and adding a piece of recorded information to a configuration file of the software package;
C. the SVN server starts an update detection program, detects the update condition of the software library, searches the item name, the item version and the item architecture information of the software package from the software package configuration file according to the update software package name, searches a corresponding compiling server from the compiling server configuration library, and then sends a compiling instruction to the compiling server;
D. after receiving the compiling instruction, the compiling server analyzes the compiling instruction, wherein the compiling instruction comprises information of a project name, a project version and a project architecture in the compiling instruction;
E. after compiling is finished, the compiling server can automatically analyze the log information generated in the compiling process and analyze whether the software package compiling is successful; if the compiling fails, analyzing the reason of the failure; if the compiling is successful, storing the binary file generated by compiling into a specific directory of a compiling server; the compiling server takes the log analysis result as feedback information and sends a compiling completion instruction to the SVN server;
F. the SVN server analyzes the received compiling completion instruction and analyzes a compiling result; after receiving the compiling completion instructions sent by all the compiling servers, the SVN server collects the compiling results, sends mails to a configuration manager and a developer and informs the result of the software package updating.
A method for automatically releasing an operating system version by using the system is characterized by comprising the following steps:
a. making a system release plan, wherein a configuration administrator makes the system release plan in advance according to the actual situation of each project and registers the release plan to the SVN server, wherein the release plan comprises project names, project versions, project frameworks and release time information;
b. within a certain time of N hours before the system is released, the SVN server sends mails to all developers of the project, informs the developers of the system release information, and reminds the developers to upload the updated software package to a software library of the SVN server as soon as possible; the N is a natural number;
c. m hours before the system is released, the SVN server automatically closes the uploading authority of the project, and forbids developers to upload software packages to the software library; m is a natural number, and N > M;
d. when the release time set by the configuration administrator is reached, the SVN server searches the release server from the compiling server configuration library according to the project name, the project version and the project framework of the release plan, and then issues a release instruction to the release server; after receiving the issuing instruction, the issuing server calls a system issuing program to generate a system image file, uploads the system image file to an appointed directory of the FTP server to finish issuing work, and sends an issuing completion instruction to the SVN server;
e. after receiving the distribution completion instruction, the SVN server finishes the distribution work and sends a mail to a configuration manager, wherein the mail content comprises: the time of completion of the publishing, the publishing result, the name and the storage position of the image file on the FTP server, and the log file information when the system publishes.
Step e further comprises: and the SVN server opens the uploading authority of the project and sends a mail to the developer, which indicates that the release work is finished.
A method for software package updates using an SVN server of the system, the method comprising:
A. a developer uploads a source code of the software package to the SVN server;
B. the SVN server detects the source code uploaded by the developer and checks the following information: whether a developer has the right to update the software package, whether log information, project names filled by the developer and project architecture are correct or not is filled when the developer submits a source code; if the check is not passed, the SVN server prohibits the source code from being uploaded to the software library, and if the check is passed, the SVN server uploads the source code of the software package to the software library;
C. the SVN server detects the updating condition of the software library, and searches the information of the updating software package from the software package configuration file, wherein the information comprises a project name, a project version and a project architecture;
D. after obtaining the project name, the project version and the project architecture information of the software package, the SVN server compiles a server configuration library to search the IP address of a compiling server according to the project name, the project version and the project architecture so as to determine which compiling server the software package should be compiled on;
E. and after the IP address of the compiling server is determined, the SVN server sends a compiling instruction to the compiling server.
The system and the method for automatically releasing the operating system version and automatically updating the software package have the following advantages that:
the system for automatically releasing the version and updating the software package by adopting the method of the invention has the advantages that the configuration administrator does not need to run between each compiling server, compiling software package and releasing system, only the compiling server configuration library in the SVN server is configured on the own working machine, and the system releasing and the software package compiling work can be completed by configuring a plurality of system releasing strategies on the working machine, so the workload of the configuration administrator is obviously reduced, and the probability of human errors is obviously reduced. And a plurality of projects share one software library, so that the workload of maintaining the software library is reduced. In addition, by adopting the system of the method, the source code uploaded to the software library by the developer can be automatically sent to the compiling server for compiling, and the system can immediately feed back the compiling result to the developer after the compiling is finished, so that the waiting time of the developer is reduced, and the whole software package updating process is smoother.
Drawings
FIG. 1 is a general architecture diagram of a system for automatic release of operating system versions and automatic update of software packages in accordance with the present invention;
FIG. 2 is a flow chart of software package update in the SVN server of the system of the present invention;
FIG. 3 is a flow chart of software package compilation in the compilation server of the system of the present invention;
FIG. 4 is a flow chart of compiling result feedback of the compiling server of the system of the present invention;
FIG. 5 is a flow chart of the automatic version release of the system of the present invention.
Detailed Description
The system and method of the present invention will be described in further detail with reference to the accompanying drawings and embodiments of the invention.
Fig. 1 is a general architecture diagram of a system for automatically releasing an os version and automatically updating a software package according to the present invention, and as shown in fig. 1, machines in the system of the present invention are divided into 5 types, which mainly include an SVN server, a compilation server, an FTP server, a plurality of working clients of developers, and a configuration management terminal used by a configuration manager. Here, the compiling server may be configured with a plurality of sets according to the requirement of the number of projects, and each set of compiling server further may comprise a plurality of compilers. Wherein,
and the working client is connected with the SVN server and used for developers to develop and modify software packages and upload the software packages to a software library of the SVN server.
The SVN server is connected with the compiling server, wherein a software library is arranged, software packages of all projects are stored in the software library, a compiling instruction and a system issuing instruction are sent to the compiling server, and SVN software needs to be installed in the SVN server.
The compiling server is connected with the SVN server and is used for compiling the software package and releasing the system version. Since the system can manage a plurality of projects at the same time, a plurality of compiling servers need to be configured. Here, the compiling server is also referred to as a publishing server when used in a publishing system. The software package of the item one can only be compiled on the compiling server of the item one, the software package of the item two can only be compiled on the compiling server of the item two, and each operating system corresponds to one development item. For example: three compilers can be set for a project, which correspond to different architectures such as X86_32, X86_64, IA64, etc.; the compiler of item two is similar to that, and is not described here.
The FTP server is respectively connected with the compiling server and the SVN server, the compiling server uploads a mirror image file generated by system release to the FTP server, a configuration administrator checks the mirror image file stored in the FTP server through the SVN server, and FTP software needs to be installed in the FTP server.
And the configuration management terminal is connected with the SVN server and used for configuring an administrator to manage the software package updating process and the system version releasing process and feeding back information to the configuration administrator through the SVN server.
Software automation test framework STAF is installed on the SVN server, the FTP server, the compiling server, the configuration management terminal and the working client and used for mutual communication.
The software package management and version release processes of the system applying the operating system software package update and version automatic release of the invention are respectively explained below.
The software package management process by adopting the system comprises the following steps:
step 10, initializing the SVN server, and creating a software library on the SVN server, wherein the software library is used for managing software packages of all items, so that the software library comprises a software package configuration file, and the configuration file records information of item names, item versions, item architectures and the like to which each software package belongs. And simultaneously, a compiling server configuration library is established in the SVN server, and basic information of the project managed by the software library is recorded in the configuration library. The method comprises the following steps: the project name, the project version, the project architecture, and the IP address of the compilation server corresponding to the project.
And step 11, after a developer develops a software package on a machine of the developer, uploading a source code of the software package to a software library, and adding a piece of record information to a configuration file of the software package. The SVN server will perform the necessary checks on the software package. Such as: checking whether the software package can not affect other projects, whether the developers fill in enough log information, whether the software package configuration information provided by the developers is correct and comprehensive, and the like. If an error is detected, the SVN server does not allow the source code to be submitted to the software library; if the test is passed, the software package (source code file) is submitted to the software library.
And step 12, starting an update detection program by the SVN server, detecting the update condition of the software library, and searching information such as the item name, the item version, the item architecture and the like of the software package from the software package configuration file according to the updated software package name. Then, the corresponding compiling server is searched from the compiling server configuration library, and then a compiling instruction is sent to the compiling server.
And step 13, after receiving the compiling instruction, the compiling server analyzes the compiling instruction, wherein the compiling instruction comprises information such as a project name, a project version, a project architecture and the like in the compiling instruction. And taking out the name of the software package to be compiled from the compiling instruction after the correctness is confirmed. The compilation server automatically downloads the source code of the software package from the software library on the SVN server to the local for compilation. The compiling of the software package has dependency, and if the software package A depends on the software package B, the software package A cannot be compiled normally when the software package B is absent in the compiling server. In the system constructed by the method, the compiling server has analysis capability, can analyze the dependence package required by the software package, and then automatically downloads the software package B from other addresses (such as the Internet), thereby ensuring that the software package A can be compiled smoothly. And finally, storing the binary file generated after compiling in a specific directory of a compiling server.
And 14, after the compiling is finished, the compiling server automatically analyzes the log information generated in the compiling process and analyzes whether the software package compiling is successful. If the compilation fails, the reason of the failure is analyzed. The compiling server also takes the log analysis result as feedback information and sends a compiling completion instruction to the SVN server.
And step 15, the SVN server analyzes the received compiling completion instruction and analyzes the compiling result. And after receiving the compiling completion instructions sent by all the compiling servers, the SVN server summarizes the compiling results, sends mails to a configuration manager and a developer and informs the result of the software package updating.
Secondly, the flow for issuing the operating system by adopting the system is described as follows:
step 20, the configuration administrator issues a policy to the SVN server configuration system, where the policy includes the following contents: project name, project version, project architecture, release time, etc.
And step 21, when the release time is up, the SVN server automatically analyzes the content of the release strategy, searches the compiling server from the compiling server configuration library according to the project name, the project version and the project architecture, and sends a system release instruction to the compiling server.
And step 22, after receiving the system release instruction, the compiling server calls the version release program by using the binary file generated by compiling to generate a system image file, then places the image file into a specific directory on the FTP server for release, and then sends a system release completion instruction to the SVN server.
And step 23, after receiving the system issuing completion instruction, the SVN server sends an email to the configuration administrator, notifies the configuration administrator, and ends the issuing process.
Here, the SVN server needs to install SVN software, and the SVN server is provided with a software library to store software packages for all items. Since messages are sent between various types of machines, all machines have a Software Automation Testing Framework (STAF) installed thereon. The system of the invention utilizes the service provided by the STAF to complete the sending and receiving of the instruction and the sending work of the mail. In order to be able to manage a plurality of items simultaneously, a software package configuration file is present in the software library for recording basic information of the software package. Each piece of configuration information contains the following fields:
the software package name: version of the software package: item name: and (4) project version: project architecture
Such as: the following configuration information
zlib：1.2.3：NFSARK：1.0：X86_32，X86_64，IA64
The NFSARK project 1.0 version is shown to have a software package, the name of which is zlib, the version of the software package is 1.2.3, and the software package supports three hardware architectures, namely X86_32, X86_64 and IA 64. Therefore, we need to compile the source code of this software package on three compilation servers.
The SVN server also has a compiling server configuration library for storing the corresponding relation between the project and the compiling server. Each piece of configuration information contains the following fields:
item name: and (4) project version: project architecture: compiling server IP addresses
Such as: the next two pieces of configuration information
NFSARK：1.0：X86_32：192.168.0.3
NFSARK：2.0：X86_64：192.168.0.4
A software package indicating that the NFSARK project version 1.0 is applicable to the X86_32 architecture needs to be compiled on 192.168.0.3 compiling server, and a software package indicating that the NFSARK project version 2.0 is applicable to the X86_64 architecture needs to be compiled on 192.168.0.4 compiling server. Before sending the compiling instruction, the SVN server searches the IP address of the compiling server in the configuration library according to the project name, the project version and the project architecture so as to determine which compiling server the compiling instruction is sent to.
FIG. 2 is a flowchart of software package update in the SVN server of the system of the present invention, which comprises the following steps:
in step 201, the developer uploads the source code of the software package to the SVN server.
Step 202: the SVN server detects the source code uploaded by the developer, and needs to check the following information: whether a developer has the right to update the package (the developer in the first project does not allow the software package in the second project to be updated), whether log information and the like are filled when the developer submits the source code (the log information can be convenient for a configuration manager to check the modification information of each software package), whether the information such as the project name, the project architecture and the like filled by the developer is correct, and the like. If the check fails, the SVN server prohibits the uploading of the source code into the software library.
Step 203: after the check is passed, the SVN server uploads the source code of the software package to the software library. And then searching the system architecture applicable to the software package in the software package configuration file according to the software package name, the project name and the project version.
Step 204: after obtaining the project name, the project version and the project architecture information of the software package, the SVN server searches an IP address of a compiling server in a compiling server configuration library according to the project name, the project version and the project architecture so as to determine which compiling server the software package should be compiled on.
Step 205: and after the IP address of the compiling server is determined, the SVN server sends a compiling instruction to the compiling server. The compiled instruction format is as follows:
IP address: item name: and (4) project version: project architecture: software package 1, software package 2, software package 3
Such as: the following compile instruction
192.168.0.3:NFSARK:1.0:X86_32:zlib,acl,vim
The representation is that a compiling instruction is sent to the compiling server of 192.168.0.3, and three software packages, namely zlib, acl and vim in the version 1.0 of the NFSARK project, are compiled on the compiling server. Since one software package is generally suitable for multiple architectures, the SVN server needs to send compilation instructions to multiple compilation servers.
FIG. 3 is a flow chart of software package compilation in the compilation server of the system of the present invention, the flow chart including:
step 301: after receiving the compiling instruction, the compiling server firstly analyzes the instruction. And comparing the project name, the project version and the project structure information provided in the command with the configuration information of the command to determine whether the command is sent correctly. And if the information of the two is consistent, starting to analyze the software package name in the instruction to obtain a software package list needing to be compiled.
Step 302: and the compiling server checks the software package configuration file in the software library of the SVN server according to the software package name, the project version and the project architecture, and if the record exists in the configuration file, the package exists in the software library. The compiling server downloads the source code of the software package from the software library to the local, and then compiles the source code to generate a binary file. The compilation server checks this software package for dependency packages prior to compilation. If there is no dependency package in the system, the compilation server will try to obtain this software package from elsewhere, such as the internet. After the compilation is successful, the compilation server puts the binary file generated by the compilation into a specific directory.
Step 303: the software package generates a log file in the compiling process and records the compiling result of the software package. If the compiling is successful, recording the name of the generated binary file; if the compilation fails, the cause of the failure is recorded. After the software package is compiled, the log file is inquired, and a compiling finishing message is prepared to be sent to the SVN server.
Step 304: and the compiling server generates a compiling ending instruction according to the viewed log information and feeds back a software package compiling result to the SVN server. The compile end instruction format is as follows:
IP address: item name: and (4) project version: project architecture: software package 1, error code, binary file name; software package 2, error code, binary file name; software package 3, error code, binary file name.
Such as: the following instruction
192.168.0.3:NFSARK:1.0:X86_32:zlib,0,zlib-1.2.3-3.i386.rpm;acl,0,acl-2.2.47-4.i386.rpm
Indicating that the compiling server 192.168.0.3 successfully compiles zlib and acl in the NFSARK project version 1.0, the generated binary file names are zlib-1.2.3-3.i386.rpm and acl-2.2.47-4. i386.rpm.
Fig. 4 is a flowchart of compiling result feedback of the compiling server of the system of the present invention, which describes in detail that the SVN server feeds back the compiling result to the configuration administrator and the developer, and the flowchart includes:
Step 403: the SVN server may send the aggregated results to the configuration administrator and developer in the form of mail. Therefore, the configuration manager can know the updating condition of the software library in time, and developers can also obtain the feedback information compiled by the software package in time.
Fig. 5 is a flow chart of the os version automatic release according to the present invention, in which a solid line indicates that two events before and after are closely connected in time, and a dotted line indicates that the two events before and after are separated in time, the flow chart includes:
step 501: and (5) making a system release plan. The configuration administrator may make a system distribution plan in advance based on the actual conditions of each project and register the distribution plan with the SVN server, including the project name, the project version, the project architecture, and the distribution time.
Step 502: and sending a mail to all developers of the project by the SVN server 6 hours before the system is released, reminding people that the uploading authority of the project is closed by the SVN server 4 hours later, and releasing the system 6 hours later. If the developer has the updated software package which can be submitted in 4 hours, the newly submitted software package can be integrated into the system which is released at this time.
Step 503: and in 2 hours before the system is released, the SVN server automatically closes the uploading authority of the project, and prohibits developers from uploading software packages to the software library, so as to ensure the stability of the system during the release.
Step 504: when the release time set by the configuration administrator is up, the SVN server searches the release server from the compiling server configuration library according to the project name, the project version and the project architecture of the release plan, and then issues a release instruction to the release server. And after receiving the issuing instruction, the issuing server calls a system issuing program to generate a system image file, uploads the system image file to the specified directory of the FTP server to finish issuing work, and sends an issuing finishing instruction to the SVN server.
Step 505: after receiving the distribution completion instruction, the SVN server indicates that the distribution work is finished, and sends a mail to a configuration manager, wherein the mail content comprises: the time of completion of the publishing, the publishing result, the name and storage location of the image file on the FTP server, log files when the system publishes and the like.
Step 506: and meanwhile, the SVN server can open the uploading authority of the project and send an email to the developer, which indicates that the release work is finished, and the developer can continue to submit a new software package.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention.
Claims (8)
1. A system for automatically releasing operating system versions and automatically updating software packages comprises a plurality of working clients used by developers; the system is characterized by also comprising an SVN server, a compiling server, an FTP server and a configuration management terminal used by a configuration administrator; wherein,
the working client is connected with the SVN server and used for developers to develop and modify software packages and upload the software packages to a software library of the SVN server;
the SVN server is connected with the compiling server, and is provided with a software library for storing software packages and sending compiling instructions and system version issuing instructions to the compiling server;
the configuration management terminal is connected with the SVN server and used for configuring an administrator to manage a software package updating process and a system version releasing process and feeding back information to the configuration administrator through the SVN server;
the compiling server is connected with the FTP server, is used for uploading a mirror image file generated by system release to the FTP server, and is used for compiling a software package and releasing a system version;
the FTP server is connected with the SVN server and is used for a configuration administrator to check the mirror image files stored in the FTP server through the SVN server;
software automation test framework STAF is installed on the SVN server, the FTP server, the compiling server, the configuration management terminal and the working client and used for mutual communication.
2. The system for automatically releasing the version of the operating system and automatically updating the software package as claimed in claim 1, wherein a software package configuration file is further provided in the software library of the SVN server for recording basic information of the software package; and
and the compiling server configuration library is used for storing the corresponding relation between the project and the compiling server.
3. The system of claim 1, wherein the compiling server is configured with a plurality of groups according to the requirement of the number of projects, and each group of compiling servers further comprises a plurality of compilers.
4. A method for automatically releasing operating system versions, the method comprising:
a. the configuration administrator issues a policy to the SVN server configuration system, the policy comprising: project name, project version, project architecture and release time information;
b. when the release time is up, the SVN server automatically analyzes the content of the release strategy, searches the compiling server from the compiling server configuration library according to the project name, the project version and the project architecture, and sends a system release instruction to the compiling server;
c. after receiving a system release instruction, the compiling server calls a version release program by using a binary file generated by compiling to generate a system image file, then places the image file into a specific directory on the FTP server for release, and then sends a system release completion instruction to the SVN server;
d. after receiving the system release completion instruction, the SVN server sends a mail to the configuration administrator, informs the configuration administrator, and ends the release process.
5. A method for automatically updating an operating system software package, the method comprising:
A. initializing an SVN server, and creating a software library of a software package for managing all projects on the SVN server;
B. after a developer develops a software package on a machine of the developer, uploading a source code of the software package to a software library, and adding a piece of recorded information to a configuration file of the software package;
C. the SVN server starts an update detection program, detects the update condition of the software library, searches the item name, the item version and the item architecture information of the software package from the software package configuration file according to the update software package name, searches a corresponding compiling server from the compiling server configuration library, and then sends a compiling instruction to the compiling server;
D. after receiving the compiling instruction, the compiling server analyzes the compiling instruction, wherein the compiling instruction comprises information of a project name, a project version and a project architecture in the compiling instruction;
E. after compiling is finished, the compiling server can automatically analyze the log information generated in the compiling process and analyze whether the software package compiling is successful; if the compiling fails, analyzing the reason of the failure; if the compiling is successful, storing the binary file generated by compiling into a specific directory of a compiling server; the compiling server takes the log analysis result as feedback information and sends a compiling completion instruction to the SVN server;
F. the SVN server analyzes the received compiling completion instruction and analyzes a compiling result; after receiving the compiling completion instructions sent by all the compiling servers, the SVN server collects the compiling results, sends mails to a configuration manager and a developer and informs the result of the software package updating.
6. A method for automatically publishing operating system versions using the system of claim 1, the method comprising:
a. making a system release plan, wherein a configuration administrator makes the system release plan in advance according to the actual situation of each project and registers the release plan to the SVN server, wherein the release plan comprises project names, project versions, project frameworks and release time information;
b. within a certain time of N hours before the system is released, the SVN server sends mails to all developers of the project, informs the developers of the system release information, and reminds the developers to upload the updated software package to a software library of the SVN server as soon as possible; the N is a natural number;
c. m hours before the system is released, the SVN server automatically closes the uploading authority of the project, and forbids developers to upload software packages to the software library; m is a natural number, and N > M;
d. when the release time set by the configuration administrator is reached, the SVN server searches the release server from the compiling server configuration library according to the project name, the project version and the project framework of the release plan, and then issues a release instruction to the release server; after receiving the issuing instruction, the issuing server calls a system issuing program to generate a system image file, uploads the system image file to an appointed directory of the FTP server to finish issuing work, and sends an issuing completion instruction to the SVN server;
e. after receiving the distribution completion instruction, the SVN server finishes the distribution work and sends a mail to a configuration manager, wherein the mail content comprises: the time of completion of the publishing, the publishing result, the name and the storage position of the image file on the FTP server, and the log file information when the system publishes.
7. The version automatic release method of the system according to claim 6, characterized in that the method comprises: step e further comprises: and the SVN server opens the uploading authority of the project and sends a mail to the developer, which indicates that the release work is finished.
8. A method for updating software packages using the SVN server of the system of claim 1, the method comprising:
A. a developer uploads a source code of the software package to the SVN server;
B. the SVN server detects the source code uploaded by the developer and checks the following information: whether a developer has the right to update the software package, whether log information, project names filled by the developer and project architecture are correct or not is filled when the developer submits a source code; if the check is not passed, the SVN server prohibits the source code from being uploaded to the software library, and if the check is passed, the SVN server uploads the source code of the software package to the software library;
C. the SVN server detects the updating condition of the software library, and searches the information of the updating software package from the software package configuration file, wherein the information comprises a project name, a project version and a project architecture;
D. after obtaining the project name, the project version and the project architecture information of the software package, the SVN server compiles a server configuration library to search the IP address of a compiling server according to the project name, the project version and the project architecture so as to determine which compiling server the software package should be compiled on;
E. and after the IP address of the compiling server is determined, the SVN server sends a compiling instruction to the compiling server.
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| CN2010106024783A CN102035892A (en) | 2010-12-23 | 2010-12-23 | System and method for automatically releasing operating system version and automatically updating software package |
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| CN2010106024783A CN102035892A (en) | 2010-12-23 | 2010-12-23 | System and method for automatically releasing operating system version and automatically updating software package |
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Application publication date: 20110427 |