CN1300960C - Fault warning data display and treating method of communication monitoring equipment - Google Patents

Abstract

The present invention relates to a fault warning data display treating method of a communication monitoring device in electric communication technique. The present invention is characterized in that the communication monitoring device classifies the fault warning data by warning states; various warning data according to state classes are simultaneously reflected in a master viewing window of a monitor display; viewing windows for reflecting different state classes corresponding to the fault warning data are arranged in the master viewing window; the viewing windows can be presented as a plurality of sub-windows of the master viewing window, and each of the sub-windows can be independently adjusted in sizes or be closed; the viewing windows can also be presented as a plurality of pages in the master viewing window, the number of the pages can be adjusted as required, and the properties of the pages can be set as required. When the communication monitoring device is used for multi-user monitor display, the states of the corresponding fault warning data can be refreshed in real time to keep synchronous.

Description

Communication monitoring equipment failure alarm data display processing method

technical field

The invention relates to electric communication technology, in particular to a method for displaying and processing fault alarm data of communication monitoring equipment.

Background technique

Due to the need to display equipment faults in real time, the amount of equipment fault information is very large. If only one window is used to display all fault data, important fault information may be overwhelmed by a large amount of redundant data, which is inconvenient for maintenance personnel to view and process equipment Fault.

Some of the existing technologies adopt the method of dynamic data addition in the fault query window. Different query conditions are set in the query window, and the maintenance personnel can set the query according to a certain state. Unrestored fault data, since data can be added in real time, it can also display the fault data of the device in real time, but the query window can only display one state in one window, if you want to browse multiple states, you must open multiple query windows, each Each window has one state, so the desktop looks messy and crowded, and the monitoring personnel have to switch back and forth between windows in different states, which is very inconvenient to view.

Contents of the invention

The purpose of the present invention is to provide an easy-to-view method for displaying and processing communication monitoring equipment failure alarm data.

The method adopted in the present invention is: the communication monitoring equipment fault alarm data display processing method, which is characterized in that: the communication monitoring equipment classifies the fault alarm data according to the alarm state, and all kinds of alarm data are simultaneously reflected on the monitor display according to the status category In the main window, there are corresponding windows reflecting fault alarm data of different status categories in the main window;

The communication monitoring equipment divides the fault alarm data into three categories according to the alarm state:

Unconfirmed alarm: the alarm data that has not been confirmed by the monitoring personnel and has not yet cleared the fault; confirmed alarm: the alarm data that has been confirmed by the monitoring personnel and has not yet cleared the fault; recovered alarm: the alarm data that has been cleared but has not been confirmed ;

The above three types of alarm data are simultaneously reflected in the main window of the monitoring display according to the status category, and the main window includes an unconfirmed window, a confirmed window and a restored window;

A newly generated alarm appears first in the Unconfirmed window as an unacknowledged alarm. If it is confirmed, the alarm will be moved to the Confirmed window; if the newly generated alarm is not confirmed, but the corresponding fault has been cleared , the alarm is moved to the recovered window;

The unconfirmed window, confirmed window and restored window are embodied as multiple sub-windows in the main window displayed by the monitor;

The multiple sub-windows can be resized or closed respectively;

The unconfirmed window, confirmed window and restored window are embodied as multiple pages in the main window displayed by monitoring;

The number of pages of the multiple pages can be adjusted as needed;

The attributes of the multiple pages mentioned above can be set;

There is also a history window in the main window, and for the faults that have been cleared, and after confirmation, the relevant alarms are moved into the history window;

When the communication monitoring equipment is displayed by multi-user monitoring, the state of the corresponding fault alarm data is refreshed in real time and kept in sync, that is, the same alarm state is displayed for each user;

When the alarm state is refreshed, it will be reflected immediately through other media.

The beneficial effects of the present invention are: the present invention provides a scheme for displaying real-time faults in multiple sub-windows or multiple pages, and divides fault data into unconfirmed, confirmed, and restored states. Fault data is displayed in windows of different states for easy viewing by maintenance personnel.

Multiple sub-windows can be used to display fault data in different states in one main interface. Monitoring personnel can view the data they care about as well as data in other states. The fault state is clear at a glance and will not be overwhelmed by a lot of fault information. ;Monitors can also adjust the sub-windows they care about to be larger, and the other sub-windows to be smaller, which is more convenient for monitoring;

With the multi-page display mode, monitoring personnel can easily switch between each state, browse more information on the data of each state, and each page has its own independent query conditions, which can be more flexible and convenient for monitoring personnel to customize Check conditions.

In a word, the present invention greatly facilitates checking of fault data, so that faults can be dealt with in time, and can be widely applied to various communication monitoring devices.

Description of drawings

Figure 1 is a flow chart of fault data reporting equipment processing;

Figure 2 is a flow chart of fault data user operation processing.

Detailed ways

Below according to accompanying drawing and embodiment the present invention will be described in further detail:

Example 1:

The communication monitoring equipment classifies the fault alarm data according to the alarm status, and all kinds of alarm data are simultaneously reflected in the main window of the monitoring display according to the status category. According to the alarm state, it can be divided into three states: unacknowledged alarm, acknowledged alarm, and recovered alarm:

Unconfirmed alarm: unrecovered or uncleared alarm data that has not been confirmed by monitoring personnel.

Confirmed alarms: unrecovered or uncleared alarm data that have been confirmed by monitoring personnel.

Recovered alarm: The alarm data that has been recovered or eliminated but has not been confirmed by the monitoring personnel.

The detailed information of each alarm includes location information, cause, and repair suggestion.

According to the different alarm states of the above fault data, unconfirmed alarms, confirmed alarms and recovered alarms are respectively reflected in sub-windows in the main window: unconfirmed window, confirmed window and recovered window, and multiple sub-windows are divided to display different states Each sub-window can be resized and closed, and unified query display conditions can be set in the main window. Each window only displays the fault data of the equipment that the current user has management authority; each window maintains its own related data. It includes the right-click pop-up menu, tool bar, etc., and also includes a history window to display the relevant historical operations of the alarm data being processed.

As shown in Figure 1, when the program starts, after the fault data is reported to the device, the data is processed according to the relevant conditions, and the specified data is read from the fault database and displayed in windows of different states. In different windows, a newly generated alarm first appears in the unconfirmed window until the alarm is eliminated or the monitoring personnel confirm it; if the alarm has not been eliminated and the monitoring personnel confirms it, the system will automatically move the alarm to to the confirmed window, and notify other clients until the alarm is eliminated; if the monitor does not confirm the alarm but the fault is eliminated, the system will move the alarm to the recovered window; when the alarm has recovered Or cleared and confirmed by the monitoring personnel, then the system transfers the alarm to the history window and deletes the alarm from the real-time window.

After the fault data is received, it is forwarded in each window that meets the display conditions, as shown in Figure 1, that is, each window is kept updating in real time and the windows in the process are synchronized in real time. For example, when a fault alarm data is confirmed, this data will be The unconfirmed window will disappear, and when the confirmed window is displayed and the alarm status is refreshed, it can be reflected instantly through other media, such as alarm boxes, alarm boards, topology interfaces, and device panels.

As shown in Figure 2, for multi-client operation fault data, the status of the corresponding fault alarm data is refreshed in real time, the fault data between different client processes is kept The operation of the data should also be reflected in the B client, such as the fault data confirmed by the A client, the B client should be reflected in the qualified window, and when the alarm status is refreshed, it can also be displayed through other media, such as the alarm box, Real-time feedback on the alarm board, topology interface, device panel, etc.

Example 2:

On the same main window, multiple pages can be used to display fault data in various states. According to different fault data alarm states, various alarms are reflected in multiple pages in the main window; the number of pages can be increased as needed and delete, the operator can set the display properties of each page by himself, define the page name, and also set the query display conditions, for example, in the unrecovered page, only the fault data of device A can be set to be displayed.

As for its working principle and control flow, it is the same as that described in Embodiment 1, and will not be repeated here.

Claims (10)

1. A method for displaying and processing communication monitoring equipment failure alarm data, characterized in that: the failure alarm data of communication monitoring equipment includes unconfirmed alarms, confirmed alarms and recovered alarms to reflect different alarm states, and the main window includes unconfirmed alarms. Acknowledgment window, confirmed window and restored window are used to reflect fault alarm data of different alarm status categories; a newly generated alarm appears first in the unconfirmed window as an unconfirmed alarm. to the confirmed window; if the newly generated alarm has not been confirmed but the corresponding fault has been cleared, the alarm will be moved to the recovered window; all kinds of alarm data are simultaneously reflected in the corresponding in windows. 2. The communication monitoring equipment failure alarm data display processing method according to claim 1, characterized in that: the communication monitoring equipment divides the failure alarm data into three categories according to the alarm status: The unconfirmed alarm refers to the alarm data that has not been confirmed by the monitoring personnel and the fault has not been cleared; the confirmed alarm refers to the alarm data that has been confirmed by the monitoring personnel and has not been cleared; Alarm data that is cleared but not acknowledged. 3. The method for displaying and processing communication monitoring equipment fault alarm data according to claim 2, characterized in that: said unconfirmed window, confirmed window and restored window are embodied as multiple sub-windows in the main window of monitoring display. 4. The method for displaying and processing communication monitoring equipment fault alarm data according to claim 3, characterized in that: the multiple sub-windows can be resized or closed respectively. 5. The method for displaying and processing communication monitoring equipment fault alarm data according to claim 2, characterized in that: said unconfirmed window, confirmed window and restored window are embodied as multiple pages in the main window of monitoring display. 6. The method for displaying and processing communication monitoring equipment fault alarm data according to claim 5, characterized in that: the number of pages of the plurality of pages can be adjusted as required. 7. The method for displaying and processing communication monitoring equipment fault alarm data according to claim 5 or 6, characterized in that the attributes of the multiple pages can be set. 8. The communication monitoring equipment failure alarm data display processing method according to claim 2, characterized in that: there is a history window in the main window, and for the cleared faults, after confirmation, the relevant alarms are moved into the history window. Windows. 9. The communication monitoring equipment failure alarm data display processing method according to claim 2, characterized in that: when the communication monitoring equipment is displayed by multi-user monitoring, the state of the corresponding failure alarm data is refreshed in real time and kept synchronously, that is The same alarm status is displayed for each user. 10. The method for displaying and processing communication monitoring equipment fault alarm data according to claim 2 or 9, characterized in that: when the alarm status is refreshed, it is instantly reflected through other media.