Optical power data processing method, device and computer storage medium
Disclosed are an optical power data processing method, device and computer storage medium. The method comprises: building the connection relationships between network elements and links into a topological arrangement; and obtaining optical power data corresponding to the network elements and/or the links via the topological arrangement, the optical power data comprising optical power performance data and optical power threshold data.
1. An optical power data processing method, comprising:
displaying, by a network management system client, a topological diagram indicating a connecting relationship among network elements and a connecting relationship among links;
sending, by the network management system client to a server, a query request for acquiring optical power data corresponding to the network elements and/or links in the topological diagram, wherein the optical power data comprises: optical power performance data and optical power threshold data;
determining, by the network management system client, optical power performance states of the network elements and/or the links according to the acquired optical power data; and
displaying, by the network management system client, the network elements and/or the links according to different optical power performance states, wherein the optical power performance states comprise: normal, early warning and threshold exceeding, and a way of displaying the network elements and/or the links comprises at least one of: icon rendering, colour rendering and label displaying,
wherein the method further comprises:
displaying changes in the optical power performance states of the network elements and the links,
and wherein determining, by the network management system client, the optical power performance states of the network elements and/or the links according to the acquired optical power data comprises:
determining, by the network management system client, an optical power performance state of each port of each of the network elements according to the optical power data;
selecting, by the network management system client, a highest-level optical power performance state of all ports of the each of the network elements as the optical power performance state of the each of the network elements; and
determining, by the network management system client, the optical power performance state of each of the links according to a highest-level optical power performance state of ports on two sides of the each of the links.
2. The method according to claim 1 , wherein displaying, by the network management system client, the network elements and/or the links according to different optical power performance states comprises:
deciding, by the network management system client, whether the optical power performance states are within a range indicated by the optical power threshold data;
if the optical power performance states are not within the range indicated by the optical power threshold data, displaying the optical power performance states of the network elements and/or the links; and
if the optical power performance states are within the range indicated by the optical power threshold data, not displaying the optical power performance states of the network elements and/or the links.
3. The method according to claim 1 , further comprising:
refreshing periodically the optical power performance states of the network elements and/or links in the topological diagram according to a first preset period and displaying refreshed optical power performance states; and/or,
refreshing periodically optical power performance states of network elements and/or links in topological subnets of the topological diagram according to a second preset period and displaying refreshed optical power performance states.
4. An optical power data processing device, comprising:
a memory storing processor-executable instructions; and
a processor arranged to execute the stored processor-executable instructions to perform steps of:
displaying, by a network management system client, a topological diagram indicating a connecting relationship among network elements and a connecting relationship among links;
sending, by the network management system client to a server, a query request for acquiring optical power data corresponding to the network elements and/or links in the topological diagram, wherein the optical power data comprises: optical power performance data and optical power threshold data;
determining, by the network management system client, optical power performance states of the network elements and/or the links according to the acquired optical power data; and
displaying, by the network management system client, the network elements and/or the links according to different optical power performance states, wherein the optical power performance states comprise: normal, early warning and threshold exceeding, and a way of displaying the network elements and/or the links comprises at least one of: icon rendering, colour rendering and label displaying,
wherein the processor is arranged to execute the stored processor-executable instructions to further perform a step of:
displaying changes in the optical power performance states of the network elements and the links,
and wherein determining, by the network management system client, the optical power performance states of the network elements and/or the links according to the acquired optical power data comprises:
determining, by the network management system client, an optical power performance state of each port of each of the network elements according to the optical power data;
selecting, by the network management system client, a highest-level optical power performance state of all ports of the each of the network elements as the optical power performance state of the each of the network elements; and
determining, by the network management system client, the optical power performance state of each of the links according to a highest-level optical power performance state of ports on two sides of the each of the links.
5. The device according to claim 4 , wherein displaying, by the network management system client, the network elements and/or the links according to different optical power performance states comprises:
deciding, by the network management system client, whether the optical power performance states are within a range indicated by the optical power threshold data;
if the optical power performance states are not within the range indicated by the optical power threshold data, displaying the optical power performance states of the network elements and/or the links; and
if the optical power performance states are within a range indicated by the optical power threshold data, not displaying the optical power performance states of the network elements and/or the links.
6. The device according to claim 4 , wherein the processor is arranged to execute the stored processor-executable instructions to further perform a step of:
refreshing periodically the optical power performance states of the network elements and/or links in the topological diagram according to a first preset period; and/or,
refreshing periodically optical power performance states of network elements and/or links in topological subnets of the topological diagram according to a second preset period.
7. A non-transitory computer storage medium having stored therein computer executable instructions for performing an optical power data processing method, the method comprising:
displaying, by a network management system client, a topological diagram indicating a connecting relationship among network elements and a connecting relationship among links;
sending, by the network management system client to a server, a query request for acquiring optical power data corresponding to the network elements and/or links in the topological diagram, wherein the optical power data comprises: optical power performance data and optical power threshold data;
determining, by the network management system client, optical power performance states of the network elements and/or the links according to the acquired optical power data; and
displaying, by the network management system client, the network elements and/or the links according to different optical power performance states, wherein the optical power performance states comprise: normal, early warning and threshold exceeding, and a way of displaying the network elements and/or the links comprises at least one of: icon rendering, colour rendering and label displaying,
wherein the method further comprises:
displaying changes in the optical power performance states of the network elements and the links,
and wherein determining, by the network management system client, the optical power performance states of the network elements and/or the links according to the acquired optical power data comprises:
determining, by the network management system client, an optical power performance state of each port of each of the network elements according to the optical power data;
selecting, by the network management system client, a highest-level optical power performance state of all ports of the each of the network elements as the optical power performance state of the each of the network elements; and
determining, by the network management system client, the optical power performance state of each of the links according to a highest-level optical power performance state of ports on two sides of the each of the links.
8. The method according to claim 1 , wherein a rendering manner for the network elements is as follows: adding different icons for network elements in the early warning and threshold exceeding states in the topological diagram for identification of the network elements in the early warning and threshold exceeding states, and displaying, in Tooltips of the network elements, the numbers of ports in the early warning state and the numbers of ports in the threshold exceeding state in the network elements; and
a rendering manner for the links is as follows: rendering, in different colours, links in the early warning and threshold limiting states in the topological diagram.
9. The device according to claim 4 , wherein a rendering manner for the network elements is as follows: adding different icons for network elements in the early warning and threshold exceeding states in the topological diagram for identification of the network elements in the early warning and threshold exceeding states, and displaying, in Tooltips of the network elements, the numbers of ports in the early warning state and the numbers of ports in the threshold exceeding state in the network elements; and
a rendering manner for the links is as follows: rendering, in different colours, links in the early warning and threshold limiting states in the topological diagram.