CN115022298A - C/S architecture-based user management system for power dispatching - Google Patents
C/S architecture-based user management system for power dispatching Download PDFInfo
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- CN115022298A CN115022298A CN202210655676.9A CN202210655676A CN115022298A CN 115022298 A CN115022298 A CN 115022298A CN 202210655676 A CN202210655676 A CN 202210655676A CN 115022298 A CN115022298 A CN 115022298A
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
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Abstract
The invention provides a user management system facing power dispatching based on a C/S (client/server) architecture, which relates to the technical field of power dispatching management and comprises a client and a server, wherein various requests of a user are sent out through the integration of the client in the face of each link from a dispatching number allocation center to a remote site, the server is used for responding to and processing various requests of the user and returning the requests to the client for displaying, the linkage coordination among structures is realized, a visual operation interface is provided for the user to manage and monitor a target network element, and the user management system can be used as a remote management means in power dispatching, so that the reliability of power dispatching is improved.
Description
Technical Field
The invention relates to the technical field of power dispatching management, in particular to a user management system facing power dispatching based on a C/S architecture.
Background
In the power dispatching process, the dispatching program controlled switch serves as a dispatching and number-giving center to give numbers to stations such as transformer substations, converter stations and power plants, however, the dispatching small stations are scattered and wide in range, some of the dispatching small stations are unattended, the positions of the unattended stations are far away, technicians can hardly manage and know the equipment states of the stations, service expansion is greatly difficult, and the stability and the reliability of dispatching are difficult to guarantee.
In order to ensure the controllability of dispatching and number-placing from a dispatching and number-placing center to a remote station so as to improve the reliability of power dispatching, the prior art discloses a power dispatching communication and broadcasting integrated system which is constructed by taking an IP soft switch technology as a core and combining with the existing digital dispatching switch, and starts from a dispatching and number-placing end, and initiates a broadcasting call through the dispatching program-controlled switch and a dispatching desk.
The Client end is used for submitting a user request to the Server end, and then displaying a result returned by the Server end to the user in a specific form.
In order to fully utilize the advantages of the C/S architecture and improve the management monitoring degree of a target network element by a user, it is necessary to develop a set of user management system facing power dispatching.
Disclosure of Invention
In order to solve the problem of how to comprehensively and comprehensively manage and monitor a target network element by a user in power dispatching, the invention provides a user management system facing power dispatching based on a C/S (client/server) architecture, which can be used as a means of remote management to manage and monitor links from a dispatching number center to a remote site, thereby improving the reliability of power dispatching.
In order to achieve the technical effects, the technical scheme of the invention is as follows:
a user management system facing power scheduling based on a C/S architecture comprises: client and server, the client includes:
the client interface presentation layer comprises a plurality of different data modules, a user operates the data module of the client interface display layer, and the data module inputs an authority request corresponding to the data module;
the client service layer processes the permission request, and sends a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal equipment safety management request and a plug-in jack calling request of a user to the server;
the server side comprises:
the service layer of the server receives a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal equipment safety management request and a plug-in jack calling request sent by the client, processes the requests and returns a processing result to the client;
the data layer is provided with a data information base and is responsible for analyzing the request sent by the second service layer, and the data information base is used for defining, maintaining, accessing and updating the data information base and managing and meeting the authority request of the client user;
the client interface presentation layer can also display a request processing result returned by the server.
Preferably, the data information base of the data layer comprises: user basic information table, backup data table, remote dispatching center server data table, user operation instant data table.
Preferably, before the user operates the data module of the client interface display layer, user registration and account application operations need to be performed, and user account information formed after the user registration and account application operations is written into a user basic information table of the data information base and a user operation instant data table.
Preferably, the client interface representation layer includes:
the topology view module supports a user to input a remote site topology discovery request and displays a topology view of a remote site;
the menu navigation module is used for displaying menu options operated by a user;
the fault management module supports a user to input a fault monitoring authority request and displays the fault condition of the remote site;
the performance management module supports a user to input a performance acquisition permission request and displays the running condition of the remote site;
the asset management module supports a user to input an asset management authority request and displays the equipment asset condition of the remote site;
the configuration management module supports a user to input a link, a plug-in and an interface configuration permission request, and displays a link idle state, a plug-in condition and an interface idle state in power scheduling;
the system management module is used for displaying the results of checking the conditions of the remote dispatching center and the remote site at regular time every day and displaying the log records of abnormal conditions;
and the statistical report module is used for recording and displaying events in the power dispatching process by adopting a document report.
Preferably, the statistical form module is further configured to perform group management on the user account, support an online management user, and display the online user in real time.
Preferably, the client service layer includes a service logic module and an event notification module, the service logic module is configured to process the permission request, and send a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal device security management request, and a plug-in jack call request of a user to the server service layer;
and the event notification module is used for receiving a request processing result response of the service layer of the server, arranging the request processing result response into an event notification, transmitting the event notification to the client interface presentation layer and displaying the event notification on the client interface presentation layer.
Preferably, the service layer of the service end includes:
the topology discovery module is used for receiving a remote site topology discovery request input by a user, sorting the topology view of the remote site and responding to the remote site topology discovery request input by the user;
the link searching module is used for processing a power scheduling link searching request input by a user to obtain a 2M link idle state in power scheduling and searching a link for scheduling numbers;
the performance acquisition module is used for processing a performance acquisition permission request input by a user and acquiring the running performance condition of the remote site;
the fault monitoring module is used for processing a fault monitoring permission request input by a user, sorting the fault condition of a remote site and responding to the fault monitoring permission request input by the user;
the task scheduling module is used for processing a task scheduling authority request input by a user and performing power task scheduling;
the message distribution module is used for distributing the power scheduling message;
the safety management module is used for managing the safety of the station terminal equipment;
and the plug-in interface module responds to plug-in and interface configuration permission requests input by a user and counts plug-in conditions and interface idle states in power dispatching.
The topology discovery module, the link search module, the performance acquisition module, the fault monitoring module, the task scheduling module, the message distribution module and the safety management module are designed in a combined mode and are fused to a service end business layer of a service end, the integration level is high, convenience and rapidness are achieved, and the applicability and the practicability are high.
Preferably, the topology discovery module is further configured to edit the device location and the connection relationship of the remote site, support a global topology map, present a connection state of the whole network device, and support graphical topology management of the terminal device type for dispatching the trumpet.
Preferably, the safety management module supports real-time alarm display, displays alarm information and alarm levels in power scheduling, supports alarm query and historical alarm query, performs alarm data statistics for historical alarms, and can also give processing suggestions for alarms.
Preferably, the server further comprises an equipment middle layer;
the system also comprises an agent end, wherein the agent end is used for managing factory agent access, the agent end comprises a core service layer and an adaptation layer, the core service layer is bidirectionally connected with the equipment middle layer based on an SNMP network management protocol, and the core service layer is bidirectionally connected with the adaptation layer.
In addition to a client and a server in a basic C/S architecture, an agent is introduced, a three-layer architecture combining the client, the server and the agent is constructed facing the power dispatching, and for data access of an agent manufacturer, whether any external manufacturer connected to the server pays attention to management or not is monitored based on an SNMP (simple network management protocol), so that the reliability of power dispatching is guaranteed.
Compared with the prior art, the technical scheme of the invention has the beneficial effects that:
the invention provides a user management system facing power dispatching based on a C/S (client/server) architecture, which comprises a client and a server, wherein various requests of a user are sent out through the integration of the client in the face of each link from a dispatching and number allocation center to a remote site, the server is used for responding to and processing various requests of the user and returning the requests to the client for displaying, the linkage coordination among structures is realized, an intuitive operation interface is provided for the user to manage and monitor a target network element, and the client can be used as a means for remote management in power dispatching, so that the reliability of power dispatching is improved.
Drawings
Fig. 1 is a diagram illustrating a structure of a customer management system for power scheduling based on a C/S architecture according to embodiment 1 of the present invention;
fig. 2 is a schematic diagram of a data information base of a data layer proposed in embodiment 1 of the present invention;
fig. 3 is a structural diagram of another C/S architecture-based power scheduling-oriented subscriber management system according to embodiment 3 of the present invention.
Detailed Description
The drawings are for illustrative purposes only and are not to be construed as limiting the patent;
for better illustration of the present embodiment, certain parts of the drawings may be omitted, enlarged or reduced, and do not represent actual dimensions;
it will be understood by those skilled in the art that certain well-known descriptions of the figures may be omitted.
The positional relationships depicted in the drawings are for illustrative purposes and are not to be construed as limiting the present patent;
the technical solution of the present invention is further described below with reference to the accompanying drawings and examples.
Example 1
The present embodiment provides a user management system facing power dispatching based on C/S architecture, where a structure diagram is shown in fig. 1, and referring to fig. 1, the user management system includes: a client and a server;
wherein, the client includes:
the client interface presentation layer comprises a plurality of different data modules, a user operates the data module of the client interface display layer, and the data module inputs an authority request corresponding to the data module;
the client service layer processes the permission request, and sends a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal equipment safety management request and a plug-in jack calling request of a user to the server;
the server side comprises:
the service layer of the server receives a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal equipment safety management request and a plug-in jack calling request sent by the client, processes the requests and returns a processing result to the client;
the data layer is provided with a data information base and is responsible for analyzing the request sent by the second service layer, and the data information base is used for defining, maintaining, accessing and updating the data information base and managing and meeting the authority request of the client user;
the client interface presentation layer can also display a request processing result returned by the server.
The C/S framework is a Client and Server structure, the task of the Client is to submit the request of the user to the Server, and then the result returned by the Server is displayed to the user in a specific form, the advantages of hardware environments at the Client and the Server can be fully utilized through the C/S framework, the communication overhead of the system is reduced, and meanwhile, the task is reasonably distributed to the Client and the Server to be completed, the reliability is high, in the embodiment, the C/S framework is established on a power private network facing each link from a dispatching number distribution center to a remote site, and for a network environment in a small range, connection and data exchange service are provided between local area networks through a special Server, and specifically: the client side sends out various requests of the user in an integrated mode, the server side is used for responding to and processing the various requests of the user and returning the various requests to the client side for displaying, linkage coordination is achieved among structures on the client side, the client side meets the personalized requirements of the user, meanwhile, an intuitive operation interface is provided for the user to manage and monitor the target network element, the client side can serve as a means of remote management in power dispatching, in addition, the user management system based on the C/S framework is fixed for facing users, and therefore the reliability of the power dispatching is improved.
Referring to fig. 2, in the present embodiment, the data information base of the data layer includes: the method comprises the steps of a user basic information table, a backup data table, a remote dispatching center server data table and a user operation instant data table, namely in a C/S framework, a client side does not have a database and is obtained from a server side, and the data information base is stored in a data layer of the server side.
Before a user operates a data module of a client interface display layer, user registration and account application operation are required, user account information formed after the user registration and account application operation is written into a user basic information table and a user operation instant data table of a data information base, namely, data generated by the client can also be fed back to a server, and the client stores data meaningless.
Example 2
Referring to fig. 1, the present embodiment provides another power scheduling-oriented user management system based on a C/S architecture, including: the client comprises a client interface representation layer and a client service layer, the server comprises a server service layer and a data layer, and in this embodiment, the client interface representation layer comprises:
the topology view module supports a user to input a remote site topology discovery request and is used for displaying a topology view of a remote site;
the menu navigation module is used for displaying menu options operated by a user;
the fault management module supports a user to input a fault monitoring authority request and is used for displaying the fault condition of the remote site;
the performance management module supports a user to input a performance acquisition permission request and is used for displaying the running condition of the remote site;
the asset management module supports a user to input an asset management authority request and is used for displaying the equipment asset condition of the remote site; and grouping management of user accounts is supported, online management users are supported, and online users are displayed in real time.
The configuration management module supports a user to input a link, a plug-in and an interface configuration permission request and is used for displaying a link idle state, a plug-in condition and an interface idle state in power scheduling;
the system management module is used for showing that the conditions of the remote dispatching center and the remote site are checked at regular time every day and log records are shown in abnormal conditions;
and the statistical report module is used for recording and displaying events in the power dispatching process by adopting a document report.
And the user operates the data module of the client interface display layer, and inputs the permission request corresponding to the data module in the data module.
The client service layer is used for processing the permission request and sending a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal equipment safety management request and a plug-in jack calling request to the second service layer; referring to fig. 1, the client service layer includes a service logic module and an event notification module, where the service logic module is configured to process the permission request, and send a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal device security management request, and a plug-in jack call request of a user to the server service layer; and the event notification module is used for receiving the request processing result response of the service layer of the server, collating the request processing result response into an event notification, transmitting the event notification to the client interface representation layer and displaying the event notification on the client interface representation layer.
The service layer of the server comprises: the topology discovery module is used for receiving a remote site topology discovery request input by a user, sorting the topology view of the remote site and responding to the remote site topology discovery request input by the user;
the link searching module is used for processing a power scheduling link searching request input by a user to obtain a 2M link idle state in power scheduling and searching a link for scheduling numbers;
the performance acquisition module is used for processing a performance acquisition permission request input by a user and acquiring the running performance condition of the remote site;
the fault monitoring module is used for processing the fault monitoring permission request input by the user, sorting the fault condition of the remote site and responding to the fault monitoring permission request input by the user;
the task scheduling module is used for processing a task scheduling authority request input by a user and performing power task scheduling;
the message distribution module is used for distributing the power scheduling message;
the safety management module is used for managing the safety of the station terminal equipment;
and the plug-in interface module responds to plug-in and interface configuration permission requests input by a user and counts plug-in conditions and interface idle states in power dispatching.
In the system, the topology discovery module, the link search module, the performance acquisition module, the fault monitoring module, the task scheduling module, the message distribution module and the safety management module are designed in a combined mode and are fused to a service end business layer of a service end, the integration level is high, convenience and rapidness are achieved, and the applicability and the practicability are high.
In addition, the topology discovery module is also used for editing the equipment position and the connection relation of the remote site, supporting a global topology map, presenting the connection state of the whole network equipment and supporting graphical topology management of the terminal equipment type of the dispatching trumpet.
The safety management module supports real-time alarm display, displays alarm information and alarm levels in power scheduling, supports alarm query and historical alarm query, performs alarm data statistics aiming at historical alarms, and can also give processing suggestions to the alarms.
Example 3
In this embodiment, in addition to a client and a server in a basic C/S architecture, an agent is introduced, a three-layer architecture combining the client, the server, and the agent is constructed facing power scheduling, referring to fig. 3, the server further includes an equipment middle layer, the agent is used for managing factory agent access, the agent includes a core service layer and an adaptation layer, the core service layer is bidirectionally connected to the equipment middle layer based on an SNMP network management protocol, and the core service layer is bidirectionally connected to the adaptation layer.
It should be understood that the above-described embodiments of the present invention are merely examples for clearly illustrating the present invention, and are not intended to limit the embodiments of the present invention. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. And are neither required nor exhaustive of all embodiments. Any modification, equivalent replacement, and improvement made within the spirit and principle of the present invention should be included in the protection scope of the claims of the present invention.
Claims (10)
1. A user management system facing power scheduling based on a C/S architecture is characterized by comprising: client and server, the client includes:
the client interface presentation layer comprises a plurality of different data modules, a user operates the data module of the client interface display layer, and the data module inputs an authority request corresponding to the data module;
the client service layer processes the permission request, and sends a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal equipment safety management request and a plug-in jack calling request of a user to the server;
the server side comprises:
the service layer of the server receives a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal equipment safety management request and a plug-in jack calling request sent by the client, processes the requests and returns a processing result to the client;
the data layer is provided with a data information base and is responsible for analyzing the request sent by the second service layer, and the data information base is used for defining, maintaining, accessing and updating the data information base and managing and meeting the authority request of the client user;
the client interface presentation layer can also display a request processing result returned by the server.
2. The C/S architecture-based power scheduling oriented user management system according to claim 1, wherein the data information base of the data layer comprises: user basic information table, backup data table, remote dispatching center server data table, user operation instant data table.
3. The user management system facing power scheduling based on the C/S architecture of claim 2, wherein a user needs to perform user registration and account application operations before operating on the data module of the client interface display layer, and user account information formed after the user registration and account application operations is written into a user basic information table and a user operation instant data table of the data information base.
4. The C/S architecture-based power scheduling oriented user management system according to claim 1, wherein the client interface representation layer comprises:
the topology view module supports a user to input a remote site topology discovery request and displays a topology view of a remote site;
the menu navigation module is used for displaying menu options operated by a user;
the fault management module supports a user to input a fault monitoring authority request and displays the fault condition of the remote site;
the performance management module supports a user to input a performance acquisition permission request and displays the running condition of the remote site;
the asset management module supports a user to input an asset management authority request and displays the equipment asset condition of the remote site;
the configuration management module supports a user to input a link, a plug-in and an interface configuration permission request, and displays a link idle state, a plug-in condition and an interface idle state in power scheduling;
the system management module is used for displaying the results of checking the conditions of the remote dispatching center and the remote site at regular time every day and displaying the log records of abnormal conditions;
and the statistical report module is used for recording and displaying events in the power dispatching process by adopting a document report.
5. The C/S architecture-based power scheduling-oriented user management system according to claim 4, wherein the statistical form module is further configured to perform grouping management on user accounts, support online management users, and display online users in real time.
6. The C/S architecture-based power scheduling-oriented user management system according to claim 5, wherein the client service layer comprises a service logic module and an event notification module, the service logic module is configured to process the permission request, and send a remote site topology discovery request, a power scheduling link search request, a performance acquisition request, a fault monitoring request, a task scheduling request, a message distribution request, a site terminal device security management request, and a plug-in jack call request of a user to the server service layer;
and the event notification module is used for receiving a request processing result response of the service layer of the server, arranging the request processing result response into an event notification, transmitting the event notification to the client interface presentation layer and displaying the event notification on the client interface presentation layer.
7. The C/S architecture-based power scheduling oriented user management system according to claim 6, wherein the service end business layer comprises:
the topology discovery module is used for receiving a remote site topology discovery request input by a user, sorting the topology view of the remote site and responding to the remote site topology discovery request input by the user;
the link searching module is used for processing a power scheduling link searching request input by a user to obtain a 2M link idle state in power scheduling and searching a link for scheduling numbers;
the performance acquisition module is used for processing a performance acquisition permission request input by a user and acquiring the running performance condition of the remote site;
the fault monitoring module is used for processing a fault monitoring permission request input by a user, sorting the fault condition of a remote site and responding to the fault monitoring permission request input by the user;
the task scheduling module is used for processing a task scheduling authority request input by a user and performing power task scheduling;
the message distribution module is used for distributing the power scheduling message;
the safety management module is used for managing the safety of the station terminal equipment;
and the plug-in interface module responds to plug-in and interface configuration permission requests input by a user and counts plug-in conditions and interface idle states in power dispatching.
8. The C/S architecture-based power scheduling-oriented user management system according to claim 7, wherein the topology discovery module is further configured to edit the device location and connection relationship of the remote site, support a global topology map, present a connection state of the devices in the whole network, and support graphical topology management of the terminal device type for scheduling the trumpet.
9. The C/S architecture-based power scheduling user management system according to claim 8, wherein the security management module supports real-time alarm display, displays alarm information and alarm levels in power scheduling, supports alarm query and historical alarm query, performs alarm data statistics on historical alarms, and can give processing suggestions to alarms.
10. The C/S architecture-based power scheduling oriented user management system according to claim 1, wherein the server further comprises an equipment middle layer;
the system also comprises an agent end, wherein the agent end is used for managing factory agent access, the agent end comprises a core service layer and an adaptation layer, the core service layer is bidirectionally connected with the equipment middle layer based on an SNMP network management protocol, and the core service layer is bidirectionally connected with the adaptation layer.
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