CN110580168A - Informatization asset management system and upgrading method thereof - Google Patents
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Abstract
The invention discloses an information asset management system and an upgrading method thereof. The system comprises: the data entry and calling subsystem is connected with the database and used for responding to an entry operation instruction and entering the upgrade configuration information into the database; the monitoring server is connected with the database and is used for sending the upgrade configuration information acquired from the database and the upgrade package uploaded by the data entry and calling subsystem to the information asset terminal to be upgraded together when the information asset terminal to be upgraded is determined to execute upgrade processing; one or more information asset terminals connected to the monitoring server, each of the information asset terminals including: and the execution unit is used for executing upgrading processing according to the upgrading configuration information and the upgrading packet after receiving the upgrading configuration information and the upgrading packet from the monitoring server. The system reduces the investment of labor cost, can also give consideration to flexible expansibility, and realizes the service requirement of remotely and integrally upgrading versions in different places.
Description
Technical Field
the invention relates to the technical field of computers, in particular to an information asset management system and an upgrading method thereof.
background
the progress of science and technology promotes the progress of social life, and as an important subject in social business life, enterprises have management capacity, operation means and efficiency directly related to the economic benefit and core competitiveness of the enterprises.
with the rapid development of the internet technology, more and more IT electronic service enterprises emerge, and compared with the traditional enterprises, the enterprises pay attention to the asset condition of the enterprises and pay more attention to the information service condition in the business operation process. In order to solve the problem of how to replace heavy manpower and the efforts of mutual communication and avoid careless mistakes possibly generated in manual links, an information-based asset management system needs to be provided.
However, for the information asset management system, how to scientifically and efficiently realize remote system upgrade and how to strictly monitor the operation condition of the business becomes a problem that needs to be solved in the enterprise along with the current situation.
Disclosure of Invention
The invention mainly aims to disclose an information asset management system and an upgrading method thereof, so as to at least solve the problem of how to scientifically and efficiently realize system upgrading for the information asset management system in the related technology.
according to one aspect of the present invention, an informational asset management system is provided.
The information asset management system according to the present invention comprises: the data entry and calling subsystem is connected with the database and used for responding to an entry operation instruction and entering the upgrade configuration information into the database; the monitoring server is connected with the database and is used for sending the upgrading configuration information acquired from the database and the upgrading package uploaded by the data entry and calling subsystem to the information asset terminal to be upgraded together when the information asset terminal to be upgraded is determined to execute upgrading processing; one or more information asset terminals connected to the monitoring server, each of the information asset terminals including: and the execution unit is used for executing upgrading processing according to the upgrading configuration information and the upgrading package after receiving the upgrading configuration information and the upgrading package from the monitoring server.
According to another aspect of the invention, an upgrading method of an information asset management system is provided.
the upgrading method of the information asset management system comprises the following steps: when determining that the information asset terminal to be upgraded executes upgrading processing, the monitoring server sends upgrading configuration information acquired from a database and an upgrading package uploaded by the data entry and calling subsystem to the information asset terminal to be upgraded together, wherein the upgrading configuration information is entered into the database through the data entry and calling subsystem; and after receiving the upgrading configuration information and the upgrading package from the monitoring server, the execution unit of the information asset terminal to be upgraded executes upgrading processing according to the upgrading configuration information and the upgrading package.
according to the scheme provided by the invention, an information asset management system is provided, when a monitoring server in the system determines that an information asset terminal to be upgraded executes upgrading, the upgrading configuration information acquired from a database and an upgrading package uploaded by the data entry and calling subsystem are issued to the information asset terminal to be upgraded together, and an execution unit of the information asset terminal is used for automatically executing upgrading according to the upgrading configuration information and the upgrading package after receiving the upgrading configuration information and the upgrading package from the monitoring server. The information asset management system reduces the investment of labor cost, also can give consideration to flexible expansibility, and realizes the service requirement of remotely and integrally upgrading versions in different places.
Drawings
FIG. 1 is a block diagram of an informational asset management system of an embodiment of the present invention;
FIG. 2 is a block diagram of the configuration of an information asset management system of the preferred embodiment of the present invention;
Fig. 3 is a flowchart of an upgrade method of an information asset management system according to an embodiment of the present invention.
Detailed Description
The following detailed description of specific embodiments of the present invention is provided in conjunction with the accompanying drawings.
According to an embodiment of the present invention, an information asset management system is provided.
The information asset management system according to the present invention comprises: the data entry and calling subsystem 10 is connected with the database and used for responding to an entry operation instruction and entering the upgrade configuration information into the database; the monitoring server 20 is connected to the database 30, and configured to send the upgrade configuration information obtained from the database 30 and the upgrade package uploaded by the data entry and retrieval subsystem to the information asset terminal to be upgraded together when it is determined that the information asset terminal to be upgraded is to perform upgrade processing; one or more information asset terminals 40, 41, …, 4N connected to the monitoring server, each of said information asset terminals comprising: and an execution unit (400, 410 …, 4N0 is shown in the figure), which is used for executing the upgrade processing according to the upgrade configuration information and the upgrade package after receiving the upgrade configuration information and the upgrade package from the monitoring server.
by using the information asset management system shown in fig. 1, when determining that an information asset terminal to be upgraded is to be upgraded, a monitoring server in the system sends the upgrade configuration information acquired from the database and an upgrade package uploaded by the data entry and retrieval subsystem to each information asset terminal to be upgraded together, and an execution unit of the information asset terminal is configured to automatically execute the upgrade processing according to the upgrade configuration information and the upgrade package after receiving the upgrade configuration information and the upgrade package from the monitoring server. The information asset management system reduces the investment of labor cost, also can give consideration to flexible expansibility, and realizes the service requirement of remotely and integrally upgrading versions in different places.
Preferably, the monitoring server 20 is further configured to compare version information in the upgrade configuration information acquired from the database with current software version information on an information asset terminal, and determine whether upgrade processing needs to be executed according to a comparison result; in a preferred embodiment shown in fig. 2, the above-mentioned information asset management system may further include: and the monitoring client 50 is connected with the monitoring server and used for receiving and displaying the upgrading prompt information from the monitoring server when the monitoring server judges that the upgrading processing needs to be executed, finally determining the upgrading operation and sending upgrading determination instruction information to the monitoring server.
In the preferred implementation process, software version information of the existing service program, version information of a new version program, storage location information of an original program, storage location information of the new program and flag bit information of whether to upgrade are input through a web interface of the data input and calling subsystem 10; then, the monitoring center program of the monitoring server 20 will collect the basic information and determine whether there is a need for upgrading the new version according to the flag bit information of whether upgrading is required.
The monitoring center program transmits the information to the monitoring execution unit on each service server through the network and displays the information on the human-computer interaction interface of the monitoring client, and at the moment, an operator can obtain prompt information such as voice prompt and recheck the preparation degree of the new version.
for example, when software upgrade is required for a plurality of information asset terminals (for example, game service program servers) to be monitored, the relevant operation steps are as follows:
Recording the upgrade configuration information into a database, after the monitoring server reads the upgrade configuration information from the database, detecting whether the program version of the current game server is consistent with the new version number in the upgrade configuration information, if not, prompting an operator whether to perform upgrade operation through the monitoring client, when the operator sends an upgrade instruction to the central server, sending the related upgrade information to the corresponding monitoring execution unit of the corresponding game service program server by the monitoring server, and finally executing the upgrade action by a software upgrade module in the execution unit of the game service program server.
preferably, the data entry and retrieval subsystem 10 is further configured to provide an interface for a user to enter and configure information-based asset information, and provide an interface for a user to retrieve and refer to the summarized information-based asset information.
preferably, the monitoring server 20 is further configured to issue the monitoring instruction from the monitoring client to an execution unit corresponding to the monitoring instruction, collect monitoring state information from the corresponding execution unit, and send the collected monitoring information to the monitoring client for presentation; the execution unit is further configured to receive and execute the monitoring instruction issued by the monitoring server, collect monitoring state information of the corresponding interface of the monitored object, and send the monitoring state information to the monitoring server.
In the preferred implementation process, the data entry and retrieval subsystem 10 can be arranged on one operation host, and entry, reading and monitoring of all software and hardware information assets can be realized on one operation host, and in particular, the information assets are different from the asset information in the traditional sense, because the information assets include not only pure hardware information of fixed assets, but also software information related to or deployed on the hardware in the future, and automatic relevance is established, and when relevant information is changed, the relevant information is automatically updated and automatically verified to prevent errors, so that labor cost and the human error rate during human-computer interaction are greatly reduced, intelligent management is realized, and supervision efficiency is improved.
For example, the data entry and retrieval subsystem 10 may provide a WEB page for a user to enter and retrieve underlying basic data (such as physical information of asset type, manufacturer, after-sale mode, model, hardware index, and the like), and then may configure corresponding "device identity information" according to actual use conditions on this basis, such as which sub-item under which item group is used, machine room cabinet number where the sub-item is located, IP information, user ownership, and the like, and finally configure services to be provided for these identified physical devices on this basis, so as to implement related operations such as information service addition, query, version upgrade configuration, and the like; therefore, the subsystem can be used for users to call and look up a large amount of asset information in the enterprise at any time, and is scientific and efficient.
In a preferred implementation, the database 30 may be Sqlserver or Mysql, which is safe, reliable, simple and efficient. When deploying, the basic information (including hardware information, software information, and the associated information of the hardware information and the software information) and the corresponding monitoring object of the monitored information asset terminal need to be input into the data input and retrieval subsystem 10 in advance, and the basic information and the corresponding monitoring object are configured into a data table and stored into a database; for example, the information asset terminal includes, but is not limited to, an application server, a switch, and the like; the monitoring object comprises system level resource occupation information (such as CPU, RAM, IO, network card flow information and the like) and application program software information (such as program process ID, port number, version number and the like) of a corresponding application server.
in a preferred implementation process, the monitoring subsystem including the monitoring client 50, the monitoring server 20, and the execution unit 40 provides a monitoring management function of the whole system, wherein the core component is the monitoring server 20, and is mainly used for summarizing monitoring information and transmitting the monitoring information to the monitoring client 50, and in addition, issues a monitoring instruction to the execution unit 40. The execution unit 40 is mainly used for collecting monitoring status information of a corresponding interface of the monitored object and feeding the monitoring status information back to the monitoring server 20, and is also responsible for receiving a monitoring instruction sent by the monitoring server 20 and executing the monitoring instruction. When the system is used specifically, a user can carry out configuration actions such as allocation, switching, version upgrading and the like on the right condition corresponding to the monitored information asset terminal and the information service provided by the asset through a friendly human-computer interface provided by the monitoring client, action instructions are sent to the monitoring server 20 and are finally transmitted to the execution unit 40 of the monitored information asset terminal by virtue of a network, and then each execution unit is responsible for implementing execution and feeding back execution result information. Therefore, the user can carry out the cooperative operation of information input and calling and monitoring operation on one operation host.
preferably, the monitoring subsystem may further include an alarm module, so as to transmit the abnormal information (for example, a failure occurs in the information asset terminal or a failure occurs in the new version upgrading process) to an operator and an upper manager in time (for example, in the form of a sound signal, an optical signal, a short message, a WeChat, or the like) when the corresponding monitored information asset terminal has the abnormal information, and wait for manual intervention of an operator on duty. The emergency plan can be predefined on the monitoring server, when the relevant fault in the plan is detected, the actions of switching the fault or restarting the service and the like are automatically completed, the information service is ensured to be normal to the maximum extent, and the enterprise service level and the intelligent and automatic capacity of batch operation and maintenance are improved.
According to the embodiment of the invention, the invention also provides an upgrading method of the information asset management system.
Fig. 3 is a flowchart of an upgrade method of an information asset management system according to an embodiment of the present invention. As shown in fig. 3, the method for upgrading the information asset management system includes:
Step S301: when determining that the information asset terminal to be upgraded executes upgrading processing, the monitoring server sends upgrading configuration information acquired from a database and an upgrading package uploaded by the data entry and calling subsystem to the information asset terminal to be upgraded together, wherein the upgrading configuration information is entered into the database through the data entry and calling subsystem;
Step S302: and after receiving the upgrading configuration information and the upgrading package from the monitoring server, the execution unit of the information asset terminal to be upgraded executes upgrading processing according to the upgrading configuration information and the upgrading package.
By using the upgrading method of the information asset management system shown in fig. 3, when it is determined that the information asset terminal to be upgraded is to be upgraded, the monitoring server sends the upgrade configuration information acquired from the database and the upgrade package uploaded by the data entry and retrieval subsystem to each information asset terminal to be upgraded together, and the execution unit of the information asset terminal is configured to automatically execute the upgrade process according to the upgrade configuration information and the upgrade package after receiving the upgrade configuration information and the upgrade package from the monitoring server. The upgrading method of the information asset management system reduces the investment of labor cost, also can give consideration to flexible expansibility, and realizes the service requirement of remotely and integrally upgrading versions in different places.
Preferably, the monitoring server, when determining that the information asset terminal to be upgraded performs the upgrade process, may further include: the monitoring server compares the version information in the upgrading configuration information acquired from the database with the current software version information on the information asset terminal, and judges whether upgrading processing needs to be executed or not according to the comparison result; when the monitoring server judges that the upgrading processing needs to be executed, sending upgrading prompt information to a monitoring client for presentation; and the monitoring server determines to execute upgrading processing on the information asset terminal to be upgraded after receiving the upgrading determination indication information from the monitoring client.
preferably, the monitoring client responds to an upgrade related execution instruction of a user, and sends upgrade indication information corresponding to the upgrade related execution instruction to the monitoring server, where the upgrade related execution instruction corresponds to different authority account numbers respectively.
For example, throughout the upgrade segment, the upgrade-related execution instructions of the user include, but are not limited to: uploading of the upgrade package, distribution of the upgrade package, execution of coverage updating and the like, and matching different authority accounts for the execution instructions, a wind control mechanism with independent authority and convenient control can be realized, and global risks are avoided.
Preferably, when the data entry and retrieval subsystem uploads an upgrade package to the monitoring server and the monitoring server sends the upgrade package to the information asset terminal to be upgraded, the method may further include: and dynamically adjusting the real-time transmission rate of the upgrade package according to the capacity of the upgrade package and the ratio of the outlet bandwidth of the receiving end in combination with the tolerance of transmission time.
in the preferred implementation process, when the quantity of business machines is large or a program to be upgraded is located in thousands of servers, especially in a scene of cooperative work of the servers in different places, the prepositive preparation work of the upgraded version, namely an uploading and distributing link, is a sensitive problem for the occupation of the bandwidth of an Internet Data Center (IDC).
For example, typically, the service bandwidth provided by an Internet Data Center (IDC) operator is generally expressed in terms of XXmbs or XXgbs; so, the bandwidth of hundred megabits is 100mbs, and the conversion to the usual transmission rate is: 12.5MB/S or 12800 KB/S;
for example, in order to ensure that the flow at the outlet end does not exceed the limit and the traffic is not blocked instantly, the upper limit of the threshold of the bandwidth occupation amount is generally set to be about 60%, and the program can calculate the bandwidth occupation amount according to the outlet bandwidth of the network where the uploading worker is located and the outlet bandwidth of the machine room where the distribution center is located, so that the bandwidth concurrency amount used in upgrading and distribution is automatically set through a parameter, namely limit, and the time consumed in the whole process is estimated. Then, the transmission concurrency is intelligently and dynamically adjusted according to the real-time transmission data quantity by combining the tolerance of the transmission time. Specifically, the network bandwidth at the time of output (KBytes per second) may be limited using the parameter limit ═ XX KBPS.
preferably, after the data entry and retrieval subsystem uploads the upgrade package to the monitoring server, the method may further include: the monitoring server triggers a file checking mechanism, calculates an MD5 value according to the upgrade package, compares the calculated MD5 value with an MD5 value contained in the upgrade configuration information, and sends the upgrade package to the information asset terminal to be upgraded under the condition of consistency; the execution unit triggers a file checking mechanism, calculates an MD5 value according to the upgrade package, compares the calculated MD5 value with an MD5 value contained in the upgrade configuration information, and determines whether the received upgrade package is complete.
After a new upgrade package is uploaded to a monitoring center end, the system intelligently triggers a local file check mechanism, confirms that a check code calculated according to the upgrade package is consistent with a collected check code, then intelligently triggers a distribution process, and checks again after the terminal node obtains the upgrade package distributed from the terminal node, so that the upgrade package required by upgrade replacement is ensured to be complete and lossless, and specifically, the detection mechanisms and results can be fed back to a monitoring server in real time and then presented on a human-computer interaction interface of a monitoring client.
Preferably, when the execution unit of the information asset terminal to be upgraded receives the upgrade configuration information and the upgrade package from the monitoring server and executes the upgrade process according to the upgrade configuration information and the upgrade package, the execution unit may further include: the execution unit reserves a preset amount of hardware resources for a system level program and a monitoring program in the process of decompressing the upgrade package, monitors the occupation condition of the current hardware resources in real time, and dynamically adjusts the decompression process according to the monitoring result; the execution unit monitors the occupation condition of the current hardware resource in real time in the process of executing the upgrading treatment, and dynamically adjusts the upgrading process according to the monitoring result; and the execution unit sends the occupation condition of the current hardware resource to the monitoring client through the monitoring server in real time for presentation.
In the preferred implementation process, when the upgrade package is decompressed, the occupation notification and parameter tuning of the hardware resources are as follows: when the upgrade package reaches each node, hardware resources such as disk IO, memory, CPU and the like are occupied during decompression, other services running on the node are influenced, quantitative hardware resources are reserved for a system level and a monitoring program in the decompression process of the system, the occupation condition of the current system resources is detected in real time, the decompression process is adjusted in real time, and the occupation of the resources is optimized.
In the preferred implementation process, when the version is upgraded after decompression, the key monitoring and parameter tuning of the disk IO are as follows: after the upgrade package is decompressed, the process of updating the program may include: copying an old program folder to back up, and then covering a decompressed new program package to replace, wherein the two steps can directly occupy IO performance of a disk to further influence the overall stability of the system, so that the system is executed by adopting a DOS command, detects the occupation condition of current system resources in real time, adjusts a copying process in real time, and optimizes the occupation of the resources.
In the preferred implementation, the parameters for hardware (CPU/RAM) resource occupation are tuned as follows: the occupation amount of the CPU/RAM of the system is changed in real time in the specific steps, and the occupation amount is also an important index influencing the stability of the system, so that the occupation amount of the CPU/RAM of the system can be acquired in real time by the monitoring client in the whole process and fed back to the human-computer interaction interface of the monitoring client in time, and the system resources in the whole process are ensured to be visible and controllable.
To sum up, by means of the above embodiments provided by the present invention, not only can the logging, reading, retrieving and monitoring alarm of the informationized assets further generated after the application of the enterprise hardware-level fixed assets and the associated software thereof be completed on one operation host, but also the business requirements of remote cooperative office work, such as remote consulting, remote monitoring, remote integral upgrade version, etc., can be satisfied, the investment of labor cost can be reduced, the flexible expansibility can be considered, and meanwhile, the intelligent early warning and intelligent upgrade can be realized.
The above disclosure is only for a few specific embodiments of the present invention, but the present invention is not limited thereto, and any variations that can be made by those skilled in the art are intended to fall within the scope of the present invention.
Claims (10)
1. an information asset management system, comprising:
The data entry and calling subsystem is connected with the database and used for responding to an entry operation instruction and entering the upgrade configuration information into the database;
The monitoring server is connected with the database and is used for sending the upgrading configuration information acquired from the database and the upgrading package uploaded by the data entry and calling subsystem to the information asset terminal to be upgraded together when the information asset terminal to be upgraded is determined to execute upgrading processing;
One or more information asset terminals connected to the monitoring server, each of the information asset terminals including: and the execution unit is used for executing upgrading processing according to the upgrading configuration information and the upgrading package after receiving the upgrading configuration information and the upgrading package from the monitoring server.
2. the information asset management system according to claim 1,
The monitoring server is also used for comparing the version information in the upgrade configuration information acquired from the database with the current software version information on the information asset terminal and judging whether the upgrade processing is required to be executed or not according to the comparison result;
The information asset management system further comprises: and the monitoring client is connected with the monitoring server and used for receiving and presenting the upgrading prompt information from the monitoring server when the monitoring server judges that the upgrading processing needs to be executed, finally determining the upgrading operation and sending upgrading determination instruction information to the monitoring server.
3. The information asset management system according to claim 1 or 2, wherein the data entry and retrieval subsystem is further configured to provide an interface for a user to enter and configure information asset information, and provide an interface for a user to retrieve and refer to the summarized information asset information.
4. The information asset management system according to claim 1 or 2,
The monitoring server is further configured to issue the monitoring instruction from the monitoring client to an execution unit corresponding to the monitoring instruction, collect monitoring state information from the corresponding execution unit, and send the collected monitoring information to the monitoring client for presentation;
The execution unit is further configured to receive and execute the monitoring instruction issued by the monitoring server, collect monitoring state information of a corresponding interface of the monitored object, and send the monitoring state information to the monitoring server.
5. An upgrading method of an information asset management system is characterized in that,
when determining that the information asset terminal to be upgraded executes upgrading processing, the monitoring server sends upgrading configuration information acquired from a database and an upgrading package uploaded by the data entry and calling subsystem to the information asset terminal to be upgraded together, wherein the upgrading configuration information is entered into the database through the data entry and calling subsystem;
And after receiving the upgrading configuration information and the upgrading package from the monitoring server, the execution unit of the information asset terminal to be upgraded executes upgrading processing according to the upgrading configuration information and the upgrading package.
6. The upgrading method of the information asset management system according to claim 5, wherein the monitoring server performing the upgrading process on the information asset terminal determined to be upgraded comprises:
The monitoring server compares the version information in the upgrade configuration information acquired from the database with the current software version information on the information asset terminal, and judges whether the upgrade processing is required to be executed according to the comparison result;
When the monitoring server judges that the upgrading processing needs to be executed, sending upgrading prompt information to a monitoring client for presentation;
and the monitoring server determines to execute upgrading processing on the information asset terminal to be upgraded after receiving upgrading determination indication information from the monitoring client.
7. the method for upgrading an information-based asset management system according to claim 6, further comprising:
The monitoring client responds to an upgrade related execution instruction of a user and sends upgrade indication information corresponding to the upgrade related execution instruction to the monitoring server, wherein the upgrade related execution instruction respectively corresponds to different authority accounts.
8. the upgrading method of the information asset management system according to claim 5, wherein when the data entry and retrieval subsystem uploads an upgrade package to the monitoring server, and the monitoring server sends the upgrade package to the information asset terminal to be upgraded, the method further comprises:
And dynamically adjusting the real-time transmission rate of the upgrade package according to the capacity of the upgrade package and the ratio of the outlet bandwidth of the receiving end in combination with the tolerance of transmission time.
9. The upgrading method of the information asset management system according to claim 5, after the data entry and retrieval subsystem uploads the upgrade package to the monitoring server, further comprising:
The monitoring server triggers a file checking mechanism, calculates an MD5 value according to the upgrade package, compares the calculated MD5 value with an MD5 value contained in the upgrade configuration information, and sends the upgrade package to the information asset terminal to be upgraded under the condition of consistency;
And the execution unit triggers a file checking mechanism, calculates an MD5 value according to the upgrade package, compares the calculated MD5 value with an MD5 value contained in the upgrade configuration information, and determines whether the received upgrade package is complete.
10. The upgrading method of the information asset management system according to claim 5, wherein when the execution unit of the information asset terminal to be upgraded receives the upgrade configuration information and the upgrade package from the monitoring server and executes the upgrading process according to the upgrade configuration information and the upgrade package, the method further comprises:
The execution unit reserves a preset amount of hardware resources for a system level program and a monitoring program in the process of decompressing the upgrade package, monitors the occupation condition of the current hardware resources in real time, and dynamically adjusts the decompression process according to the monitoring result;
The execution unit monitors the occupation condition of the current hardware resource in real time in the process of executing the upgrading treatment, and dynamically adjusts the upgrading process according to the monitoring result;
And the execution unit sends the occupation condition of the current hardware resource to the monitoring client through the monitoring server in real time for presentation.
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| CN112988576A (en) * | 2021-02-26 | 2021-06-18 | 中国工商银行股份有限公司 | Method and device for determining software project research and development process |
| CN113268258A (en) * | 2020-02-14 | 2021-08-17 | 西安诺瓦星云科技股份有限公司 | Terminal upgrading method, device and system |
| CN116661821A (en) * | 2023-05-10 | 2023-08-29 | 浙江简捷物联科技有限公司 | Application upgrading method and device, electronic equipment and storage medium |
| CN116974857A (en) * | 2023-09-21 | 2023-10-31 | 中国西安卫星测控中心 | Automatic deployment and update method and system for monitoring agent |
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| CN111769995A (en) * | 2020-08-07 | 2020-10-13 | 威胜集团有限公司 | Instrument terminal management method, system, mobile terminal and readable storage medium |
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