CN109684879B - Universal monitoring method and system for domestic software and hardware equipment - Google Patents
Universal monitoring method and system for domestic software and hardware equipment Download PDFInfo
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- G06—COMPUTING; CALCULATING OR COUNTING
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- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/50—Monitoring users, programs or devices to maintain the integrity of platforms, e.g. of processors, firmware or operating systems
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- G06F21/50—Monitoring users, programs or devices to maintain the integrity of platforms, e.g. of processors, firmware or operating systems
- G06F21/57—Certifying or maintaining trusted computer platforms, e.g. secure boots or power-downs, version controls, system software checks, secure updates or assessing vulnerabilities
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/60—Protecting data
- G06F21/64—Protecting data integrity, e.g. using checksums, certificates or signatures
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Abstract
The invention discloses a universal monitoring method and system for domestic software and hardware equipment. The system integrates various model files of domestic software and hardware equipment and universal protocol components and parameter components, and for the domestic software and hardware equipment added into the system, firstly, whether the system has the model files with the same type as the communication protocol of the domestic software and hardware equipment or the model files with the same type as the protocol components or the parameter components in the communication protocol of the domestic software and hardware equipment is searched from the system, and for the same model files, the system is directly used, and for the model files with the same type as the communication protocol of the domestic software and hardware equipment, the same components are inherited; and for the components which cannot be obtained from the model file, inheriting the general components in the system and generating the model file of the domestic software and hardware equipment. And determining a collection code according to the generated bottom code of the model file of the domestic software and hardware equipment, and injecting the collection code into the monitoring program. The invention realizes the monitoring of various domestic software and hardware devices.
Description
Technical Field
The invention relates to the field of general monitoring of domestic software and hardware equipment, in particular to a general monitoring method and system of domestic software and hardware equipment.
Background
With the rapid development of computers and networks, the national information security is increasingly outstanding, and under the independent intellectual property rights and independent controllable environments, each domestic software and hardware manufacturer has great innovation and uniqueness, and communication protocols have certain differences with foreign similar products; because the development process of domestic software and hardware is short, compared with foreign products, the domestic software and hardware has the advantages of quick update frequency and large update amplitude, and the traditional monitoring software or acquisition software is faced with the problem that the domestic software and hardware cannot be monitored normally under the condition of upgrading the domestic software and hardware. The conventional solution to this problem is secondary development, which, however, increases labor and time costs.
Disclosure of Invention
The invention aims to provide a universal monitoring method and a universal monitoring system for domestic software and hardware equipment, which can monitor various domestic software and hardware equipment and have the characteristic of strong universality.
In order to achieve the above object, the present invention provides the following solutions:
a universal monitoring method for domestic software and hardware equipment, the method comprising:
step 101: determining the communication protocol type of domestic software and hardware equipment;
step 102: judging whether a first model file with the same communication protocol type as the domestic software and hardware equipment exists in a memory or not;
step 103: if the first model file with the same communication protocol type as the domestic software and hardware equipment exists in the memory, generating a bottom layer code matched with the first model file, and jumping to a step 113;
step 104: if the first model file which is the same as the communication protocol type of the domestic software and hardware equipment does not exist in the memory, judging whether a second model file which is the same as the communication protocol of the domestic software and hardware equipment exists in the memory;
step 105: if the second model file exists in the memory, inheriting a protocol component in the second model file, and recording the protocol component as a first sub-class file;
step 106: judging whether a third model file with the same parameter component as the communication protocol of the domestic software and hardware equipment exists in a memory or not;
step 107: if the third model file exists in the memory, inheriting a parameter component in the third model file and recording the parameter component as a second sub-class file;
step 108: for the protocol components or parameter components which cannot be obtained from the model files, inheriting the corresponding general protocol components or general parameter components from the memory, and recording the general protocol components or general parameter components as a third sub-class file;
step 109: determining a fourth model file according to the first sub-class file, the second sub-class file and the third sub-class file;
step 110: correcting the protocol component and the parameter component in the fourth model file to obtain a fifth model file;
step 111: performing protocol verification and parameter verification on the fifth model file;
step 112: generating a bottom code matched with the verified fifth model file;
step 113: generating a collection code according to the bottom layer code and a protocol template, wherein the protocol template is a data collection rule formulated based on a monitoring protocol of domestic software and hardware equipment;
step 114: and monitoring the domestic software and hardware equipment according to the collection codes.
Optionally, the modifying the protocol component and the parameter component in the fourth model file specifically includes:
and correcting elements which are not matched with the domestic software and hardware equipment in the fourth model file.
Optionally, the performing a protocol checksum parameter check on the fifth model file specifically includes:
performing protocol verification on the fifth model file;
performing protocol repair on the fifth model file with the protocol verification error;
performing parameter verification on the fifth model file;
and carrying out parameter repair on the fifth model file with the parameter verification error.
Optionally, the model file is a file composed of descriptive language of domestic software and hardware equipment.
The invention also provides a universal monitoring system of domestic software and hardware equipment, which comprises:
the communication protocol type determining module is used for determining the communication protocol type of the domestic software and hardware equipment;
the first judging module is used for judging whether a first model file with the same communication protocol type as the domestic software and hardware equipment exists in the memory or not;
the first bottom code generation module is used for generating a bottom code matched with a first model file when the first model file with the same communication protocol type as the domestic software and hardware equipment exists in a memory;
the second judging module is used for judging whether a second model file with the same protocol component as the communication protocol of the domestic software and hardware equipment exists in the memory or not when the first model file with the same type as the communication protocol of the domestic software and hardware equipment does not exist in the memory;
the first sub-class file determining module is used for inheriting the protocol components in the second model file when the second model file exists in the memory and recording the protocol components as the first sub-class file;
the third judging module is used for judging whether a third model file with the same parameter component as the communication protocol of the domestic software and hardware equipment exists in the memory or not;
the second sub-class file determining module is used for inheriting a parameter component in the third model file when the third model file exists in the memory and recording the parameter component as a second sub-class file;
the third sub-class file determining module is used for inheriting the corresponding general protocol component or general parameter component from the memory when the protocol component or parameter component which can not be obtained from the model file is recorded as a third sub-class file;
a fourth model file determining module, configured to determine a fourth model file according to the first sub-class file, the second sub-class file, and the third sub-class file;
the correction module is used for correcting the protocol component and the parameter component in the fourth model file to obtain a fifth model file;
the verification module is used for carrying out protocol verification and parameter verification on the fifth model file;
the second bottom code generating module is used for generating bottom codes matched with the verified fifth model file;
the collecting code generating module is used for generating collecting codes according to the bottom layer codes and a protocol template, wherein the protocol template is a data collecting rule formulated based on a monitoring protocol of domestic software and hardware equipment;
and the monitoring module is used for monitoring the domestic software and hardware equipment according to the collection codes.
Optionally, the correction module specifically includes:
and the correction unit is used for correcting elements which are not matched with the domestic software and hardware equipment in the fourth model file.
Optionally, the verification module specifically includes:
a protocol verification unit, configured to perform protocol verification on the fifth model file;
a protocol repairing unit, configured to perform protocol repairing on the fifth model file with the protocol checking error;
the parameter verification unit is used for performing parameter verification on the fifth model file;
and the parameter repair unit is used for repairing the parameters of the fifth model file with the parameter verification errors.
Optionally, the model file is a file composed of descriptive language of domestic software and hardware equipment.
According to the specific embodiment provided by the invention, the invention discloses the following technical effects: the universal monitoring system of the domestic software and hardware equipment integrates various model files of the domestic software and hardware equipment and universal protocol components and parameter components, and for the domestic software and hardware equipment added into the monitoring system, firstly, whether the model files with the same type as the communication protocol of the domestic software and hardware equipment or the model files with the same type as the protocol components or parameter components in the communication protocol of the domestic software and hardware equipment are searched from the system, and for the same model files, the model files with partial same components are directly used, and the same components are inherited; and for the component parts which cannot be obtained from the model file, inheriting the general components in the system, further completing the generation of the model file of the domestic software and hardware equipment, finally generating a bottom layer code matched with the model file, obtaining a collection code according to the bottom layer code, and injecting the collection code into a monitoring program to realize the monitoring of various domestic software and hardware equipment. The universal monitoring and system for the domestic software and hardware equipment does not need to rewrite the whole model file of the domestic software and hardware equipment, so that the efficiency is improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings that are needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a flow chart of a general monitoring method for domestic hardware and software equipment according to an embodiment of the invention;
fig. 2 is a schematic structural diagram of a general monitoring system for domestic hardware and software equipment according to an embodiment of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made with reference to the accompanying drawings, in which it is evident that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The invention aims to provide a universal monitoring method and a universal monitoring system for domestic software and hardware equipment, which can monitor various domestic software and hardware equipment and have the characteristic of strong universality.
In order that the above-recited objects, features and advantages of the present invention will become more readily apparent, a more particular description of the invention will be rendered by reference to the appended drawings and appended detailed description.
Fig. 1 is a flow chart of a general monitoring method for domestic software and hardware devices according to an embodiment of the present invention, and as shown in fig. 1, the flow chart of the general monitoring method for domestic software and hardware devices provided by the present invention is specifically as follows:
step 101: determining the communication protocol type of domestic software and hardware equipment;
step 102: judging whether a first model file with the same type as the communication protocol of the domestic software and hardware equipment exists in a memory or not;
step 103: if the first model file with the same type as the communication protocol of the domestic software and hardware equipment exists in the memory, generating a bottom layer code matched with the first model file, and jumping to the step 113;
step 104: if the first model file which is the same as the communication protocol type of the domestic software and hardware equipment does not exist in the memory, judging whether a second model file which is the same as the communication protocol of the domestic software and hardware equipment exists in the memory;
step 105: if the second model file exists in the memory, inheriting a protocol component in the second model file, and recording the protocol component as a first sub-class file;
step 106: judging whether a third model file with the same parameter component as the communication protocol of the domestic software and hardware equipment exists in the memory or not;
step 107: if the third model file exists in the memory, inheriting a parameter component in the third model file, and recording the parameter component as a second sub-class file;
step 108: for the protocol components or parameter components which cannot be obtained from the model files, relaying the corresponding general protocol components or general parameter components from the memory, and recording the general protocol components or general parameter components as a third sub-class file;
step 109: determining a fourth model file according to the first sub-class file, the second sub-class file and the third sub-class file;
step 110: correcting the protocol component and the parameter component in the fourth model file to obtain a fifth model file;
step 111: performing protocol checksum parameter verification on the fifth model file;
step 112: generating a bottom code matched with the verified fifth model file;
step 113: generating a collection code according to the bottom layer code and a protocol template, wherein the protocol template is a data collection rule formulated based on a monitoring protocol of domestic software and hardware equipment;
step 114: and monitoring the domestic software and hardware equipment according to the collected codes.
The model file is a model of domestic software and hardware constructed by descriptive language, such as a Loongson server model file corresponding to a Loongson server, a Michelin NSP2900 model file corresponding to a Michelin R2900 router, an Oriental model file corresponding to an Oriental middleware, and the like, which changes with the change of equipment (new type equipment or software and hardware upgrade). The universal monitoring system of the domestic software and hardware equipment provided by the invention is provided with the model file of the domestic software and hardware at the current stage and the universal components (protocol components and parameter components) of the domestic software and hardware.
The invention comprises a model conversion module and a data collection module, wherein the model file conversion module comprises an analysis component, a verification component, a code generation component and an interface component. The main function of the parsing component is to use a model file parser to secondarily encapsulate inherited model files and components of the model files and redefined elements (inherited component elements and inherited model elements), namely after correcting model elements in a fifth model file determined by a first sub-class file, a second sub-class file and a third sub-class file, encapsulating the first sub-class file, the second sub-class file and the third sub-class file; the main function of the checking component is to check the protocol component and the parameter component of the model file, namely, step 111, outputting accurate error prompt information under the condition that the checking is not passed, and repairing the parameters of the model file by two modes of automatic repair, manual repair and the like under the condition that the error occurs; constructing a model object if the verification passes, namely generating a bottom code matched with the verified model file in step 112; the code generating component automatically generates a collection code of corresponding software and hardware according to the model object and a domestic protocol template in the system, and provides service support for the data collecting module; the interface component is for injecting the base acquisition code into the collection module. The data collection module mainly functions to provide an operation platform for the injected data collection codes and collect information of software and hardware, and further, the nationally produced software and hardware are monitored.
The localization software and hardware comprise localization software and localization software. The domestic hardware of the system comprises autonomous controllable network equipment based on a Feiteng processor, a Loongson processor, a server of a Shenwei processor, load balancing, storage, safety equipment and the like. The domestic software comprises a winning kylin, a Galaxy kylin, an eastern general middleware, a golden butterfly middleware, a Shentong database, a Ming Jin Cang database, an application system which is independently researched and developed, and the like. The relevant autonomous controllable safety mechanism of the domestic software and hardware and the information such as the network protocol realize the domestic protocol template. The protocol template is a data collection rule provided by monitoring protocols of domestic software and hardware such as domestic servers, domestic safety equipment, domestic network equipment, domestic storage equipment, domestic load equipment, domestic middleware, domestic databases and the like.
The invention also provides a universal monitoring system of domestic software and hardware equipment, as shown in figure 2, the system comprises:
a communication protocol type determining module 201, configured to determine a communication protocol type of a domestic software and hardware device;
a first judging module 202, configured to judge whether a first model file with the same type as the communication protocol of the domestic software and hardware device exists in the memory;
the first bottom code generating module 203 is configured to generate a bottom code that matches the first model file when the first model file that has the same type as the communication protocol of the domestic software and hardware device exists in the memory;
a second judging module 204, configured to judge, when a first model file having the same type as the communication protocol of the domestic software and hardware device does not exist in the memory, whether a second model file having the same protocol component as the communication protocol of the domestic software and hardware device exists in the memory;
a first sub-class file determining module 205, configured to inherit a protocol component in the second model file when the second model file exists in the memory, and record the first sub-class file as the first sub-class file;
a third judging module 206, configured to judge whether a third model file having the same parameter component as the communication protocol of the domestic software and hardware device exists in the memory;
a second sub-class file determining module 207, configured to inherit the parameter component in the third model file when the third model file exists in the memory, and record the parameter component as the second sub-class file;
a third sub-class file determining module 208, configured to inherit, from the memory, a corresponding generic protocol component or a generic parameter component, when the protocol component or the parameter component cannot be obtained from the model file, and record the generic protocol component or the generic parameter component as a third sub-class file;
a fourth model file determining module 209, configured to determine a fourth model file according to the first sub-class file, the second sub-class file, and the third sub-class file;
the correction module 210 is configured to correct the protocol component and the parameter component in the fourth model file to obtain a fifth model file;
the verification module 211 is configured to perform protocol checksum parameter verification on the fifth model file;
a second underlying code generating module 212, configured to generate an underlying code that matches the verified fifth model file;
the collecting code generating module 213 is configured to generate a collecting code according to a bottom layer code and a protocol template, where the protocol template is a data collecting rule formulated based on a monitoring protocol of the domestic software and hardware device;
and the monitoring module 214 is used for monitoring the domestic software and hardware equipment according to the collected codes.
The correction module 210 specifically includes:
and the correction unit is used for correcting elements which are not matched with the domestic software and hardware equipment in the fourth model file.
The verification module 211 specifically includes:
the protocol verification unit is used for carrying out protocol verification on the fifth model file;
the protocol repairing unit is used for repairing the protocol of the fifth model file with the protocol verification error;
the parameter verification unit is used for performing parameter verification on the fifth model file;
and the parameter repair unit is used for repairing the parameters of the fifth model file with the parameter verification errors.
The universal monitoring system of the domestic software and hardware equipment integrates various model files of the domestic software and hardware equipment and universal protocol components and parameter components, and for the domestic software and hardware equipment added into the monitoring system, firstly, whether the model files with the same type as the communication protocol of the domestic software and hardware equipment or the model files with the same type as the protocol components or parameter components in the communication protocol of the domestic software and hardware equipment are searched from the system, and for the same model files, the model files with partial same components are directly used, and the same components are inherited; and for the component parts which cannot be obtained from the model file, inheriting the general components in the system, further completing the generation of the model file of the domestic software and hardware equipment, finally generating a bottom layer code matched with the model file, obtaining a collection code according to the bottom layer code, and injecting the collection code into a monitoring program to realize the monitoring of various domestic software and hardware equipment. The universal monitoring and system for the domestic software and hardware equipment does not need to rewrite the whole model file of the domestic software and hardware equipment, so that the efficiency is improved.
In the present specification, each embodiment is described in a progressive manner, and each embodiment is mainly described in a different point from other embodiments, and identical and similar parts between the embodiments are all enough to refer to each other. For the system disclosed in the embodiment, since it corresponds to the method disclosed in the embodiment, the description is relatively simple, and the relevant points refer to the description of the method section.
The principles and embodiments of the present invention have been described herein with reference to specific examples, the description of which is intended only to assist in understanding the methods of the present invention and the core ideas thereof; also, it is within the scope of the present invention to be modified by those of ordinary skill in the art in light of the present teachings. In view of the foregoing, this description should not be construed as limiting the invention.
Claims (8)
1. The utility model provides a general monitoring method of domestic hardware and software equipment, which is characterized in that the method comprises the following steps:
step 101: determining the communication protocol type of domestic software and hardware equipment;
step 102: judging whether a first model file with the same communication protocol type as the domestic software and hardware equipment exists in a memory or not;
step 103: if the first model file with the same communication protocol type as the domestic software and hardware equipment exists in the memory, generating a bottom layer code matched with the first model file, and jumping to a step 113;
step 104: if the first model file which is the same as the communication protocol type of the domestic software and hardware equipment does not exist in the memory, judging whether a second model file which is the same as the communication protocol of the domestic software and hardware equipment exists in the memory;
step 105: if the second model file exists in the memory, inheriting a protocol component in the second model file, and recording the protocol component as a first sub-class file;
step 106: judging whether a third model file with the same parameter component as the communication protocol of the domestic software and hardware equipment exists in a memory or not;
step 107: if the third model file exists in the memory, inheriting a parameter component in the third model file and marking the parameter component as a second sub-class file;
step 108: for the protocol components or parameter components which cannot be obtained from the model files, inheriting the corresponding general protocol components or general parameter components from the memory, and recording the general protocol components or general parameter components as a third sub-class file;
step 109: determining a fourth model file according to the first sub-class file, the second sub-class file and the third sub-class file;
step 110: correcting the protocol component and the parameter component in the fourth model file to obtain a fifth model file;
step 111: performing protocol verification and parameter verification on the fifth model file;
step 112: generating a bottom code matched with the verified fifth model file;
step 113: generating a collection code according to the bottom layer code and a protocol template, wherein the protocol template is a data collection rule formulated based on a monitoring protocol of domestic software and hardware equipment;
step 114: and monitoring the domestic software and hardware equipment according to the collection codes.
2. The method for monitoring and controlling domestic hardware and software equipment according to claim 1, wherein the correcting the protocol component and the parameter component in the fourth model file specifically comprises:
and correcting elements which are not matched with the domestic software and hardware equipment in the fourth model file.
3. The method for monitoring and controlling domestic hardware and software equipment according to claim 1, wherein the performing protocol checksum parameter verification on the fifth model file specifically comprises:
performing protocol verification on the fifth model file;
performing protocol repair on the fifth model file with the protocol verification error;
performing parameter verification on the fifth model file;
and carrying out parameter repair on the fifth model file with the parameter verification error.
4. A method for universal monitoring of domestic hardware and software devices according to any of claims 1-3, characterized in that the model file is a file composed of descriptive language of domestic hardware and software devices.
5. A universal monitoring system for domestic software and hardware devices, the system comprising:
the communication protocol type determining module is used for determining the communication protocol type of the domestic software and hardware equipment;
the first judging module is used for judging whether a first model file with the same type as the communication protocol of the domestic software and hardware equipment exists in the memory or not;
the first bottom code generation module is used for generating bottom codes matched with the first model files when the first model files with the same communication protocol type as the domestic software and hardware equipment exist in the memory;
the second judging module is used for judging whether a second model file with the same protocol component as the communication protocol of the domestic software and hardware equipment exists in the memory or not when the first model file with the same type as the communication protocol of the domestic software and hardware equipment does not exist in the memory;
the first sub-class file determining module is used for inheriting the protocol components in the second model file when the second model file exists in the memory and recording the protocol components as the first sub-class file;
the third judging module is used for judging whether a third model file with the same parameter component as the communication protocol of the domestic software and hardware equipment exists in the memory or not;
the second sub-class file determining module is used for inheriting a parameter component in the third model file when the third model file exists in the memory and recording the parameter component as a second sub-class file;
the third sub-class file determining module is used for inheriting the corresponding general protocol component or general parameter component from the memory when the protocol component or parameter component which can not be obtained from the model file is recorded as a third sub-class file;
a fourth model file determining module, configured to determine a fourth model file according to the first sub-class file, the second sub-class file, and the third sub-class file;
the correction module is used for correcting the protocol component and the parameter component in the fourth model file to obtain a fifth model file;
the verification module is used for carrying out protocol verification and parameter verification on the fifth model file;
the second bottom code generating module is used for generating bottom codes matched with the verified fifth model file;
the collecting code generating module is used for generating collecting codes according to the bottom layer codes and a protocol template, wherein the protocol template is a data collecting rule formulated based on a monitoring protocol of domestic software and hardware equipment;
and the monitoring module is used for monitoring the domestic software and hardware equipment according to the collection codes.
6. The universal monitoring system of domestic hardware and software equipment according to claim 5, wherein the correction module specifically comprises:
and the correction unit is used for correcting elements which are not matched with the domestic software and hardware equipment in the fourth model file.
7. The universal monitoring system of domestic hardware and software equipment according to claim 5, wherein the verification module specifically comprises:
a protocol verification unit, configured to perform protocol verification on the fifth model file;
a protocol repairing unit, configured to perform protocol repairing on the fifth model file with the protocol checking error;
the parameter verification unit is used for performing parameter verification on the fifth model file;
and the parameter repair unit is used for repairing the parameters of the fifth model file with the parameter verification errors.
8. The universal monitoring system for domestic hardware and software facilities according to any one of claims 5-7, wherein the model file is a file composed of descriptive language of domestic hardware and software facilities.
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