CN104022905A - Node network monitoring method and device - Google Patents
Node network monitoring method and device Download PDFInfo
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- CN104022905A CN104022905A CN201410266104.7A CN201410266104A CN104022905A CN 104022905 A CN104022905 A CN 104022905A CN 201410266104 A CN201410266104 A CN 201410266104A CN 104022905 A CN104022905 A CN 104022905A
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Abstract
The invention provides a node network monitoring method and device. The method comprises the steps that first, node parameter configuration is carried out; second, a monitored object is determined according to a user instruction; third, a corresponding monitoring module is called to monitor the monitored object according to the monitored object. The node network monitoring method and device can monitor various cascade network devices; in addition, the node network monitoring method and device can skip to network devices of downlink small nodes step by step to test downlink routers and the situation of VPN lines.
Description
Technical field
The present invention relates to network monitoring field, relate in particular to a kind of meshed network method for supervising and device.
Background technology
At present, most of network monitoring software all uses snmp protocol, read and trigger network equipment with get and set mode, and be aided with webpage mode and carry out the displaying of data, development language used is conventionally taking java as main, when Software deployment, need to install monitoring private server, running environment and the parameter configuration of server all acquire a certain degree of difficulty.In the time adapting to civil aviaton's information network, business software is all subject to larger restriction on configuration, application deployment and network adaptability.Specific to the individuality monitoring of the equipment such as router, because MIB library information is inconsistent, during disposing, business software need in bottom configuration file, revise the MIB value of corresponding control point, and can not check network equipment state and circuit situation by multistage great-jump-forward, make network monitoring operation very complicated, loaded down with trivial details.
Summary of the invention
In view of this, the invention provides a kind of meshed network method for supervising and device, can monitor all kinds of cascade network equipment; In addition, can also jump to step by step on the network equipment of the second line of a couplet minor node test second line of a couplet router and VPN circuit situation.
Meshed network method for supervising provided by the invention, comprising:
Step 1: carry out node parameter configuration;
Step 2: according to user instruction, determine monitored object;
Step 3: according to monitored object, call corresponding monitoring module monitored object is monitored.
Described according to monitored object, call corresponding monitoring module monitored object is monitored, comprising:
In the time that monitored object is router port, call router port monitoring module and read router port configuration parameter, and divide thread to monitor in real time to router port, in the time that changing, router port reports to the police;
In the time that monitored object is router port flow, calls router port traffic monitoring module and read router port configuration parameter, and router port flow is monitored in real time and shown;
In the time that monitored object is wall port, call wall port monitoring module and read firewall configuration parameter, and divide thread to monitor in real time to wall port, in the time that changing, wall port reports to the police;
In the time that monitored object is switch ports themselves, call switch ports themselves monitoring module and read switch ports themselves configuration parameter, and divide thread to monitor in real time to switch ports themselves, in the time that changing, switch ports themselves reports to the police;
In the time that monitored object is router cpu, internal memory and housing temperature, calls router cpu, internal memory and housing temperature monitoring module and read router port configuration parameter, and divide thread to monitor in real time to router cpu, internal memory and housing temperature;
In the time that monitored object is 3G board and signal, calls 3G board and signal monitoring module and read 3G board configuration parameter, and divide thread to monitor in real time to 3G board and signal power, and show port status and the signal strength signal intensity of 3G board;
In the time that monitored object is network link, call network link monitoring module and read network configuration parameters, and the control point arranging in network is divided to the Remote ping Real-Time Monitoring of thread, when test network control point exists packet loss or reports to the police when obstructed;
In the time that monitored object is VPN circuit, call VPN circuit monitoring module and read VPN line configuring parameter, carry out Ping Test, and show test results;
In the time that monitored object is second line of a couplet VPN circuit, call second line of a couplet VPN circuit monitoring module and read each second line of a couplet VPN line configuring parameter, a point thread carries out Ping Test to each second line of a couplet VPN circuit respectively, and shows the test result of each second line of a couplet VPN circuit.
In step 1, carry out router port parameter configuration, comprising:
Step 1a: determine the router grouping of reading;
Step 1b: according to router grouping, read IP address and the SNMP community name of router-A machine and B machine;
Step 1c: adopt two-wire journey respectively router-A machine and B machine to be carried out to TCP, and scanning result is shown to user to select;
Step 1d: read No. index of port that user selects;
Step 1e: according to port No. index, the port information of router-A machine and B machine is spliced into the MIB storehouse point position information parameter can read, and writes in configuration file.
In step 3, in the time that monitored object is router port, calls router port monitoring module and proceed as follows:
Step 2a: determine the router grouping of reading;
Step 2b: according to router grouping, read IP address and the SNMP community name of router, and the port MIB library information parameter that will check, comprise the state and the error information that read router port;
Step 2c: adopt two-wire journey respectively router to be carried out to port status scanning and error information scanning;
Step 2d: determine whether read port state first, if read first, judge that whether port status is normal; If not reading first, enter step 2e;
Step 2e: judge that whether port status is normal, if undesired, obtain port status judged result first, if port status is undesired first, do not report to the police, if port status is normal first, report to the police.
In step 3, in the time that monitored object is second line of a couplet VPN circuit, calls second line of a couplet VPN circuit monitoring module and proceed as follows:
Step 3a: read second line of a couplet VPN line configuring parameter;
Step 3b: according to described second line of a couplet VPN line configuring parameter, adopt two-wire journey to login active and standby two routers of the first order in SSH mode, after logining successfully, enter step 3c, otherwise provide unsuccessfully prompting;
Step 3c: login the single router in the second level in telnet mode, after logining successfully, enter 3d, otherwise provide unsuccessfully prompting;
Step 3d: login the single VPN equipment of the third level in telnet mode, after logining successfully, enter 3e, otherwise provide unsuccessfully prompting;
Step 3e: third level VPN equipment is carried out to ping test, and show test results.
Described method also comprises that order is inquired about router state according to query router.
Described method adopts loose coupling mechanism, and each monitoring module is separate, abnormality that can the corresponding monitored object of independent acquisition.
Described method adopts configuration interface guiding user to fill in needs the unified configuration information reading, and the corresponding configuration parameter of each monitored object is kept in the separate configurations file of each monitored object.
The present invention also provides a kind of meshed network supervising device, comprising: configuration module, command reception module, calling module and multiple monitoring module, wherein,
Described configuration module is used for carrying out node parameter configuration;
Command reception module, for according to user instruction, is determined monitored object;
Calling module, for according to monitored object, calls corresponding monitoring module;
Described monitoring module is for monitoring monitored object.
Described multiple monitoring module comprises router port monitoring module, router port traffic monitoring module, wall port monitoring module, switch ports themselves monitoring module, router cpu, internal memory and housing temperature monitoring module, 3G board and signal monitoring module, network link monitoring module, VPN circuit monitoring module, second line of a couplet VPN circuit monitoring module, wherein
Described router port monitoring module, for reading router port configuration parameter, and divides thread to monitor in real time to router port, in the time that router port changes, reports to the police;
Described router port traffic monitoring module, for reading router port configuration parameter, and monitors in real time and shows router port flow;
Described wall port monitoring module, for reading firewall configuration parameter, and divides thread to monitor in real time to wall port, in the time that wall port changes, reports to the police;
Described switch ports themselves monitoring module, for reading switch ports themselves configuration parameter, and divides thread to monitor in real time to switch ports themselves, in the time that switch ports themselves changes, reports to the police;
Described router cpu, internal memory and housing temperature monitoring module, for reading router port configuration parameter, and divide thread to monitor in real time to router cpu, internal memory and housing temperature;
Described 3G board and signal monitoring module, for reading 3G board configuration parameter, and divide thread to monitor in real time to 3G board and signal power, and show port status and the signal strength signal intensity of 3G board;
Described network link monitoring module, for reading network configuration parameters, and divides the Remote ping Real-Time Monitoring of thread to the control point arranging in network, when test network control point exists packet loss or reports to the police when obstructed;
Described VPN circuit monitoring module, for reading VPN line configuring parameter, carries out Ping Test, and shows test results;
Described second line of a couplet VPN circuit monitoring module, for reading each second line of a couplet VPN line configuring parameter, carries out Ping Test to each second line of a couplet VPN circuit respectively, and shows the test result of each second line of a couplet VPN circuit.
Described configuration module, comprises router port parameter configuration submodule, and described router port parameter configuration submodule is for determining the router grouping of reading; And according to router grouping, read IP address and the SNMP community name of router-A machine and B machine; Adopt two-wire journey respectively router-A machine and B machine to be carried out to TCP, and scanning result is shown to user to select; Read No. index of port that user selects; And according to port No. index, the port information of router-A machine and B machine is spliced into the MIB storehouse point position information parameter can read, and write in configuration file.
Described router port monitoring module is for determining the router grouping of reading; And according to router grouping, read IP address and the SNMP community name of router, and the port MIB library information parameter that will check, comprise the state and the error information that read router port; And adopt two-wire journey respectively router to be carried out to port status scanning and error information scanning; And provide warning message based on port status reading result.
Described second line of a couplet VPN circuit monitoring module is used for reading second line of a couplet VPN line configuring parameter; And according to described second line of a couplet VPN line configuring parameter, adopt two-wire journey to login first order router in SSH mode, after logining successfully, login second level router in telnet mode, after logining successfully, login third level VPN equipment in telnet mode again, after logining successfully, third level VPN equipment is carried out to ping test, and show test results.
Described device also comprises router artificial enquiry module, for router state being inquired about according to manually providing query router order.
Described device adopts loose coupling mechanism, and each monitoring module is separate, abnormality that can the corresponding monitored object of independent acquisition.
Described device adopts configuration interface guiding user to fill in needs the unified configuration information reading, and the corresponding configuration parameter of each monitored object is kept in the separate configurations file of each monitored object.
In sum, method and apparatus of the present invention is in using SNMP mode to read and arrange the every numerical value of the network equipment, not only overcome the inconsistent problem in equipment MIB storehouse, telnet and ssh mode have also been retained simultaneously, user can facilitate logging in online equipment, and utility command is checked every numerical value of the network equipment, and can be according to the peculiar network configuration of civil aviaton's network, jump to step by step on the network equipment of the second line of a couplet minor node router and the VPN circuit situation on the test little airport of the second line of a couplet.And retain ping function under DOS.
The present invention can be applied to the network environment of wide area network and the local departure from port local area network (LAN) of civil aviaton's departure from port machine room, is highly suitable in civil aviaton's departure from port machine room and disposes, and carry out development& testing in departure from port network environment.To departing from port, the equipment such as router and switch, fire compartment wall, VPN are monitored.
Compared with using single landing approach with other network monitoring softwares on monitoring mode, method and apparatus of the present invention can use SSH to add the compound mode of Telnet in monitoring, carries out test and the monitoring of jumping characteristic one by one on one group of interconnected network equipment.
Compared with enumerating in a screen with all monitor messages of other network monitoring softwares, the present invention uses modularized design, each monitoring function is an independently module, show it is also separate, user can be according to the needs of oneself, with the true environment of own network, show own needed monitoring content.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present invention or scheme of the prior art, to the accompanying drawing of required use in embodiment be briefly described below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The schematic flow sheet of the meshed network method for supervising that Fig. 1 provides for one embodiment of the invention;
The structural representation of the meshed network supervising device that Fig. 2 provides for one embodiment of the invention.
Embodiment
For making object, technical scheme and the advantage of the embodiment of the present invention clearer, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is carried out to clear, complete description, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under the prerequisite of not making creative work, belongs to the scope of protection of the invention.
The schematic flow sheet of the meshed network method for supervising that Fig. 1 provides for one embodiment of the invention, as shown in Figure 1, the meshed network method for supervising of the present embodiment, comprising:
Step 1: carry out node parameter configuration;
Alternatively, in step 1, carry out router port parameter configuration, comprising:
Step 1a: determine the router grouping of reading;
Step 1b: according to router grouping, read IP address and the SNMP community name of router-A machine and B machine;
Step 1c: adopt two-wire journey respectively router-A machine and B machine to be carried out to TCP, and scanning result is shown to user to select;
Step 1d: read No. index of port that user selects;
Step 1e: according to port No. index, the port information of router-A machine and B machine is spliced into the MIB storehouse point position information parameter can read, and writes in configuration file.
Step 2: according to user instruction, determine monitored object;
Step 3: according to monitored object, call corresponding monitoring module monitored object is monitored.
Alternatively, in step 3, described according to monitored object, call corresponding monitoring module monitored object is monitored, comprising:
In the time that monitored object is router port, call router port monitoring module and read router port configuration parameter, and divide thread to monitor in real time to router port, in the time that changing, router port reports to the police;
In the time that monitored object is router port flow, calls router port traffic monitoring module and read router port configuration parameter, and router port flow is monitored in real time and shown;
In the time that monitored object is wall port, call wall port monitoring module and read firewall configuration parameter, and divide thread to monitor in real time to wall port, in the time that changing, wall port reports to the police;
In the time that monitored object is switch ports themselves, call switch ports themselves monitoring module and read switch ports themselves configuration parameter, and divide thread to monitor in real time to switch ports themselves, in the time that changing, switch ports themselves reports to the police;
In the time that monitored object is router cpu, internal memory and housing temperature, calls router cpu, internal memory and housing temperature monitoring module and read router port configuration parameter, and divide thread to monitor in real time to router cpu, internal memory and housing temperature;
In the time that monitored object is 3G board and signal, calls 3G board and signal monitoring module and read 3G board configuration parameter, and divide thread to monitor in real time to 3G board and signal power, and show port status and the signal strength signal intensity of 3G board;
In the time that monitored object is network link, call network link monitoring module and read network configuration parameters, and the control point arranging in network (control point can arrange in separate configurations file) divided to the Remote ping Real-Time Monitoring of thread, when test network control point exists packet loss or reports to the police when obstructed;
In the time that monitored object is VPN circuit, call VPN circuit monitoring module and read VPN line configuring parameter, carry out Ping Test, and show test results;
In the time that monitored object is second line of a couplet VPN circuit, call second line of a couplet VPN circuit monitoring module and read each second line of a couplet VPN line configuring parameter, a point thread carries out Ping Test to each second line of a couplet VPN circuit respectively, and shows the test result of each second line of a couplet VPN circuit.
Further, in step 3, in the time that monitored object is router port, calls router port monitoring module and proceed as follows:
Step 2a: determine the router grouping of reading;
Step 2b: according to router grouping, read IP address and the SNMP community name of router, and the port MIB library information parameter that will check, comprise the state and the error information that read router port;
Step 2c: adopt two-wire journey respectively router to be carried out to port status scanning and error information scanning;
Step 2d: determine whether read port state first, if read first, judge that whether port status is normal; If not reading first, enter step 2e;
Step 2e: judge that whether port status is normal, if undesired, obtain port status judged result first, if port status is undesired first, do not report to the police, if port status is normal first, report to the police.
Further, in step 3, in the time that monitored object is second line of a couplet VPN circuit, calls second line of a couplet VPN circuit monitoring module and proceed as follows:
Step 3a: read second line of a couplet VPN line configuring parameter;
Step 3b: according to described second line of a couplet VPN line configuring parameter, adopt two-wire journey to login active and standby two routers of the first order in SSH mode, after logining successfully, enter step 3c, otherwise provide unsuccessfully prompting;
Step 3c: login the single router in the second level in telnet mode, after logining successfully, enter 3d, otherwise provide unsuccessfully prompting;
Step 3d: login the single VPN equipment of the third level in telnet mode, after logining successfully, enter 3e, otherwise provide unsuccessfully prompting;
Step 3e: third level VPN equipment is carried out to ping test, and show test results.
Further, described method also comprises that order is inquired about router state according to query router.
Alternatively, described method adopts loose coupling mechanism, and each monitoring module is separate, abnormality that can the corresponding monitored object of independent acquisition.
Alternatively, described method adopts configuration interface guiding user to fill in needs the unified configuration information reading, and the corresponding configuration parameter of each monitored object is kept in the separate configurations file of each monitored object.
The structural representation of the meshed network supervising device that Fig. 2 provides for one embodiment of the invention, as shown in Figure 2, the meshed network supervising device of the present embodiment comprises: configuration module, command reception module, calling module and multiple monitoring module, wherein,
Described configuration module is used for carrying out node parameter configuration, can comprise router port parameter configuration submodule, and described router port parameter configuration submodule is for determining the router grouping of reading; And according to router grouping, read IP address and the SNMP community name of router-A machine and B machine; Adopt two-wire journey respectively router-A machine and B machine to be carried out to TCP, and scanning result is shown to user to select; Read No. index of port that user selects; And according to port No. index, the port information of router-A machine and B machine is spliced into the MIB storehouse point position information parameter can read, and write in configuration file.
Described command reception module, for according to user instruction, is determined monitored object;
Described calling module, for according to monitored object, calls corresponding monitoring module;
Described monitoring module is for monitoring monitored object, comprise router port monitoring module, router port traffic monitoring module, wall port monitoring module, switch ports themselves monitoring module, router cpu, internal memory and housing temperature monitoring module, 3G board and signal monitoring module, network link monitoring module, VPN circuit monitoring module, second line of a couplet VPN circuit monitoring module, wherein
Described router port monitoring module, for reading router port configuration parameter, and divides thread to monitor in real time to router port, in the time that router port changes, reports to the police; Further, described router port monitoring module is for determining the router grouping of reading; And according to router grouping, read IP address and the SNMP community name of router, and the port MIB library information parameter that will check, comprise the state and the error information that read router port; And adopt two-wire journey respectively router to be carried out to port status scanning and error information scanning; And provide warning message based on port status reading result.
Described router port traffic monitoring module, for reading router port configuration parameter, and monitors in real time and shows router port flow;
Described wall port monitoring module, for reading firewall configuration parameter, and divides thread to monitor in real time to wall port, in the time that wall port changes, reports to the police;
Described switch ports themselves monitoring module, for reading switch ports themselves configuration parameter, and divides thread to monitor in real time to switch ports themselves, in the time that switch ports themselves changes, reports to the police;
Described router cpu, internal memory and housing temperature monitoring module, for reading router port configuration parameter, and divide thread to monitor in real time to router cpu, internal memory and housing temperature;
Described 3G board and signal monitoring module, for reading 3G board configuration parameter, and divide thread to monitor in real time to 3G board and signal power, and show port status and the signal strength signal intensity of 3G board;
Described network link monitoring module, be used for reading network configuration parameters, and the control point arranging in network (control point can arrange in separate configurations file) divided to the Remote ping Real-Time Monitoring of thread, when test network control point exists packet loss or reports to the police when obstructed;
Described VPN circuit monitoring module, for reading VPN line configuring parameter, carries out Ping Test, and shows test results;
Described second line of a couplet VPN circuit monitoring module, for reading each second line of a couplet VPN line configuring parameter, carries out Ping Test to each second line of a couplet VPN circuit respectively, and shows the test result of each second line of a couplet VPN circuit.Further, described second line of a couplet VPN circuit monitoring module is used for reading second line of a couplet VPN line configuring parameter; And according to described second line of a couplet VPN line configuring parameter, adopt two-wire journey to login first order router in SSH mode, after logining successfully, login second level router in telnet mode, after logining successfully, login third level VPN equipment in telnet mode again, after logining successfully, third level VPN equipment is carried out to ping test, and show test results.
Further, described device also comprises router artificial enquiry module, for router state being inquired about according to manually providing query router order.
Further, described device adopts loose coupling mechanism, and each monitoring module is separate, abnormality that can the corresponding monitored object of independent acquisition.
Further, described device adopts configuration interface guiding user to fill in needs the unified configuration information reading, and the corresponding configuration parameter of each monitored object is kept in the separate configurations file of each monitored object.
In sum, method and apparatus of the present invention is in using SNMP mode to read and arrange the every numerical value of the network equipment, not only overcome the inconsistent problem in equipment MIB storehouse, telnet and ssh mode have also been retained simultaneously, user can facilitate logging in online equipment, and utility command is checked every numerical value of the network equipment, and can be according to the peculiar network configuration of civil aviaton's network, jump to step by step on the network equipment of the second line of a couplet minor node router and the VPN circuit situation on the test little airport of the second line of a couplet.And retain ping function under DOS.
The present invention can be applied to the network environment of wide area network and the local departure from port local area network (LAN) of civil aviaton's departure from port machine room, is highly suitable in civil aviaton's departure from port machine room and disposes, and carry out development& testing in departure from port network environment.To departing from port, the equipment such as router and switch, fire compartment wall, VPN are monitored.
Compared with using single landing approach with other network monitoring softwares on monitoring mode, method and apparatus of the present invention can use SSH to add the compound mode of Telnet in monitoring, carries out test and the monitoring of jumping characteristic one by one on one group of interconnected network equipment.
Compared with enumerating in a screen with all monitor messages of other network monitoring softwares, the present invention uses modularized design, each monitoring function is an independently module, show it is also separate, user can be according to the needs of oneself, with the true environment of own network, show own needed monitoring content.
Finally it should be noted that: above embodiment only, in order to technical scheme of the present invention to be described, is not intended to limit; Although the present invention is had been described in detail with reference to previous embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or part technical characterictic is wherein equal to replacement, and these amendments or replacement do not make the essence of appropriate technical solution depart from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (16)
1. a meshed network method for supervising, is characterized in that, described method comprises:
Step 1: carry out node parameter configuration;
Step 2: according to user instruction, determine monitored object;
Step 3: according to monitored object, call corresponding monitoring module monitored object is monitored.
2. a kind of meshed network method for supervising according to claim 1, is characterized in that, described according to monitored object, calls corresponding monitoring module monitored object is monitored, and comprising:
In the time that monitored object is router port, call router port monitoring module and read router port configuration parameter, and divide thread to monitor in real time to router port, in the time that changing, router port reports to the police;
In the time that monitored object is router port flow, calls router port traffic monitoring module and read router port configuration parameter, and router port flow is monitored in real time and shown;
In the time that monitored object is wall port, call wall port monitoring module and read firewall configuration parameter, and divide thread to monitor in real time to wall port, in the time that changing, wall port reports to the police;
In the time that monitored object is switch ports themselves, call switch ports themselves monitoring module and read switch ports themselves configuration parameter, and divide thread to monitor in real time to switch ports themselves, in the time that changing, switch ports themselves reports to the police;
In the time that monitored object is router cpu, internal memory and housing temperature, calls router cpu, internal memory and housing temperature monitoring module and read router port configuration parameter, and divide thread to monitor in real time to router cpu, internal memory and housing temperature;
In the time that monitored object is 3G board and signal, calls 3G board and signal monitoring module and read 3G board configuration parameter, and divide thread to monitor in real time to 3G board and signal power, and show port status and the signal strength signal intensity of 3G board;
In the time that monitored object is network link, call network link monitoring module and read network configuration parameters, and the control point arranging in network is divided to the Remote ping Real-Time Monitoring of thread, when test network control point exists packet loss or reports to the police when obstructed;
In the time that monitored object is VPN circuit, call VPN circuit monitoring module and read VPN line configuring parameter, carry out Ping Test, and show test results;
In the time that monitored object is second line of a couplet VPN circuit, call second line of a couplet VPN circuit monitoring module and read each second line of a couplet VPN line configuring parameter, a point thread carries out Ping Test to each second line of a couplet VPN circuit respectively, and shows the test result of each second line of a couplet VPN circuit.
3. a kind of meshed network method for supervising according to claim 2, is characterized in that, in step 1, carries out router port parameter configuration, comprising:
Step 1a: determine the router grouping of reading;
Step 1b: according to router grouping, read IP address and the SNMP community name of router-A machine and B machine;
Step 1c: adopt two-wire journey respectively router-A machine and B machine to be carried out to TCP, and scanning result is shown to user to select;
Step 1d: read No. index of port that user selects;
Step 1e: according to port No. index, the port information of router-A machine and B machine is spliced into the MIB storehouse point position information parameter can read, and writes in configuration file.
4. a kind of meshed network method for supervising according to claim 2, is characterized in that, in step 3, in the time that monitored object is router port, calls router port monitoring module and proceeds as follows:
Step 2a: determine the router grouping of reading;
Step 2b: according to router grouping, read IP address and the SNMP community name of router, and the port MIB library information parameter that will check, comprise the state and the error information that read router port;
Step 2c: adopt two-wire journey respectively router to be carried out to port status scanning and error information scanning;
Step 2d: determine whether read port state first, if read first, judge that whether port status is normal; If not reading first, enter step 2e;
Step 2e: judge that whether port status is normal, if undesired, obtain port status judged result first, if port status is undesired first, do not report to the police, if port status is normal first, report to the police.
5. a kind of meshed network method for supervising according to claim 2, is characterized in that, in step 3, in the time that monitored object is second line of a couplet VPN circuit, calls second line of a couplet VPN circuit monitoring module and proceeds as follows:
Step 3a: read second line of a couplet VPN line configuring parameter;
Step 3b: according to described second line of a couplet VPN line configuring parameter, adopt two-wire journey to login active and standby two routers of the first order in SSH mode, after logining successfully, enter step 3c, otherwise provide unsuccessfully prompting;
Step 3c: login the single router in the second level in telnet mode, after logining successfully, enter 3d, otherwise provide unsuccessfully prompting;
Step 3d: login the single VPN equipment of the third level in telnet mode, after logining successfully, enter 3e, otherwise provide unsuccessfully prompting;
Step 3e: third level VPN equipment is carried out to ping test, and show test results.
6. according to a kind of meshed network method for supervising one of claim 3-5 Suo Shu, it is characterized in that, described method also comprises that order is inquired about router state according to query router.
7. a kind of meshed network method for supervising according to claim 6, is characterized in that, described method adopts loose coupling mechanism, and each monitoring module is separate, abnormality that can the corresponding monitored object of independent acquisition.
8. according to a kind of meshed network method for supervising one of claim 3-5 Suo Shu, it is characterized in that, described method adopts configuration interface guiding user to fill in needs the unified configuration information reading, and the corresponding configuration parameter of each monitored object is kept in the separate configurations file of each monitored object.
9. a meshed network supervising device, is characterized in that, described device comprises: configuration module, command reception module, calling module and multiple monitoring module, wherein,
Described configuration module is used for carrying out node parameter configuration;
Described command reception module, for according to user instruction, is determined monitored object;
Described calling module, for according to monitored object, calls corresponding monitoring module;
Described monitoring module is for monitoring monitored object.
10. a kind of meshed network supervising device according to claim 9, is characterized in that, described multiple monitoring modules comprise router port monitoring module, router port traffic monitoring module, wall port monitoring module, switch ports themselves monitoring module, router cpu, internal memory and housing temperature monitoring module, 3G board and signal monitoring module, network link monitoring module, VPN circuit monitoring module, second line of a couplet VPN circuit monitoring module, wherein
Described router port monitoring module, for reading router port configuration parameter, and divides thread to monitor in real time to router port, in the time that router port changes, reports to the police;
Described router port traffic monitoring module, for reading router port configuration parameter, and monitors in real time and shows router port flow;
Described wall port monitoring module, for reading firewall configuration parameter, and divides thread to monitor in real time to wall port, in the time that wall port changes, reports to the police;
Described switch ports themselves monitoring module, for reading switch ports themselves configuration parameter, and divides thread to monitor in real time to switch ports themselves, in the time that switch ports themselves changes, reports to the police;
Described router cpu, internal memory and housing temperature monitoring module, for reading router port configuration parameter, and divide thread to monitor in real time to router cpu, internal memory and housing temperature;
Described 3G board and signal monitoring module, for reading 3G board configuration parameter, and divide thread to monitor in real time to 3G board and signal power, and show port status and the signal strength signal intensity of 3G board;
Described network link monitoring module, for reading network configuration parameters, and divides the Remote ping Real-Time Monitoring of thread to the control point arranging in network, when test network control point exists packet loss or reports to the police when obstructed;
Described VPN circuit monitoring module, for reading VPN line configuring parameter, carries out Ping Test, and shows test results;
Described second line of a couplet VPN circuit monitoring module, for reading each second line of a couplet VPN line configuring parameter, carries out Ping Test to each second line of a couplet VPN circuit respectively, and shows the test result of each second line of a couplet VPN circuit.
11. a kind of meshed network supervising devices according to claim 10, is characterized in that, described configuration module, comprises router port parameter configuration submodule, and described router port parameter configuration submodule is for determining the router grouping of reading; And according to router grouping, read IP address and the SNMP community name of router-A machine and B machine; Adopt two-wire journey respectively router-A machine and B machine to be carried out to TCP, and scanning result is shown to user to select; Read No. index of port that user selects; And according to port No. index, the port information of router-A machine and B machine is spliced into the MIB storehouse point position information parameter can read, and write in configuration file.
12. a kind of meshed network supervising devices according to claim 10, is characterized in that, described router port monitoring module is for determining the router grouping of reading; And according to router grouping, read IP address and the SNMP community name of router, and the port MIB library information parameter that will check, comprise the state and the error information that read router port; And adopt two-wire journey respectively router to be carried out to port status scanning and error information scanning; And provide warning message based on port status reading result.
13. a kind of meshed network supervising devices according to claim 10, is characterized in that, described second line of a couplet VPN circuit monitoring module is used for reading second line of a couplet VPN line configuring parameter; And according to described second line of a couplet VPN line configuring parameter, adopt two-wire journey to login first order router in SSH mode, after logining successfully, login second level router in telnet mode, after logining successfully, login third level VPN equipment in telnet mode again, after logining successfully, third level VPN equipment is carried out to ping test, and show test results.
14. according to a kind of meshed network supervising device one of claim 11-13 Suo Shu, it is characterized in that, described device also comprises router artificial enquiry module, for router state being inquired about according to manually providing query router order.
15. a kind of meshed network supervising devices according to claim 14, is characterized in that, described device adopts loose coupling mechanism, and each monitoring module is separate, abnormality that can the corresponding monitored object of independent acquisition.
16. according to a kind of meshed network supervising device one of claim 11-13 Suo Shu, it is characterized in that, described device adopts configuration interface guiding user to fill in needs the unified configuration information reading, and the corresponding configuration parameter of each monitored object is kept in the separate configurations file of each monitored object.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106161434A (en) * | 2016-06-27 | 2016-11-23 | 安徽科成信息科技有限公司 | A kind of monitoring method |
| CN106506585A (en) * | 2016-09-14 | 2017-03-15 | 深圳市宏电技术股份有限公司 | Method and system by browser remotely control router |
| CN107171968A (en) * | 2017-06-27 | 2017-09-15 | 柳州知明资讯科技有限公司 | A kind of router |
| CN109474517A (en) * | 2018-12-04 | 2019-03-15 | 广东九联科技股份有限公司 | A kind of Household intelligent gateway system of monitoring user online |
| CN110191017A (en) * | 2019-05-28 | 2019-08-30 | 上海连尚网络科技有限公司 | It is a kind of for monitoring the monitoring system and method for routing device exception |
| CN110380935A (en) * | 2019-07-23 | 2019-10-25 | 杭州数梦工场科技有限公司 | Port scanning method and device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101436274A (en) * | 2008-11-14 | 2009-05-20 | 山东浪潮齐鲁软件产业股份有限公司 | Method for across-platform monitoring enterprise application system performance |
| CN101714930A (en) * | 2009-12-30 | 2010-05-26 | 北京世纪互联宽带数据中心有限公司 | Method and system for realizing network monitoring |
| CN102594613A (en) * | 2012-04-01 | 2012-07-18 | 华为技术有限公司 | Method and device for failure diagnosis of multi-protocol label switching virtual private network (MPLS VPN) |
-
2014
- 2014-06-13 CN CN201410266104.7A patent/CN104022905B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101436274A (en) * | 2008-11-14 | 2009-05-20 | 山东浪潮齐鲁软件产业股份有限公司 | Method for across-platform monitoring enterprise application system performance |
| CN101714930A (en) * | 2009-12-30 | 2010-05-26 | 北京世纪互联宽带数据中心有限公司 | Method and system for realizing network monitoring |
| CN102594613A (en) * | 2012-04-01 | 2012-07-18 | 华为技术有限公司 | Method and device for failure diagnosis of multi-protocol label switching virtual private network (MPLS VPN) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106161434A (en) * | 2016-06-27 | 2016-11-23 | 安徽科成信息科技有限公司 | A kind of monitoring method |
| CN106506585A (en) * | 2016-09-14 | 2017-03-15 | 深圳市宏电技术股份有限公司 | Method and system by browser remotely control router |
| CN106506585B (en) * | 2016-09-14 | 2019-10-25 | 深圳市宏电技术股份有限公司 | The method and system of router is remotely controlled by browser |
| CN107171968A (en) * | 2017-06-27 | 2017-09-15 | 柳州知明资讯科技有限公司 | A kind of router |
| CN109474517A (en) * | 2018-12-04 | 2019-03-15 | 广东九联科技股份有限公司 | A kind of Household intelligent gateway system of monitoring user online |
| CN110191017A (en) * | 2019-05-28 | 2019-08-30 | 上海连尚网络科技有限公司 | It is a kind of for monitoring the monitoring system and method for routing device exception |
| CN110191017B (en) * | 2019-05-28 | 2021-09-10 | 上海尚往网络科技有限公司 | Monitoring system and method for monitoring routing equipment abnormity |
| CN110380935A (en) * | 2019-07-23 | 2019-10-25 | 杭州数梦工场科技有限公司 | Port scanning method and device |
| CN110380935B (en) * | 2019-07-23 | 2021-02-12 | 杭州数梦工场科技有限公司 | Port scanning method and device |
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|---|---|
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