CN112543120A - OLT (optical line terminal) opening automation configuration method and device - Google Patents
OLT (optical line terminal) opening automation configuration method and device Download PDFInfo
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- CN112543120A CN112543120A CN202011398716.3A CN202011398716A CN112543120A CN 112543120 A CN112543120 A CN 112543120A CN 202011398716 A CN202011398716 A CN 202011398716A CN 112543120 A CN112543120 A CN 112543120A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0876—Aspects of the degree of configuration automation
- H04L41/0886—Fully automatic configuration
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q11/00—Selecting arrangements for multiplex systems
- H04Q11/0001—Selecting arrangements for multiplex systems using optical switching
- H04Q11/0062—Network aspects
- H04Q11/0067—Provisions for optical access or distribution networks, e.g. Gigabit Ethernet Passive Optical Network (GE-PON), ATM-based Passive Optical Network (A-PON), PON-Ring
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q11/00—Selecting arrangements for multiplex systems
- H04Q11/0001—Selecting arrangements for multiplex systems using optical switching
- H04Q11/0062—Network aspects
- H04Q2011/0079—Operation or maintenance aspects
Abstract
The invention discloses an OLT opening automation configuration method and a device, wherein the method comprises the following steps: the method comprises the steps of work order creation and disassembly, work order data collection, work order management, electrification detection and configuration issuing. The method and the device can automatically complete MSE equipment side configuration only by recording work order data once, and automatically complete OLT side configuration operation after the OLT is powered on, and finally achieve the aim that: automatically performing the configuration operation of MSE and OLT equipment opening; flexible replacement of configuration parameters of different equipment manufacturers and different areas is supported; supporting various OLT access scenes; supporting various equipment manufacturers.
Description
Technical Field
The invention relates to the field of OLT (optical line terminal) opening configuration, in particular to an OLT opening automatic configuration method and device.
Background
At present, PON access has become a main mode of broadband access, and with increasing expansion of user scale, the OLT device often needs to be expanded or upgraded and replaced, which means that the OLT device needs to be configured for opening an office, and the number of opening configuration steps is large, and parameters also need to be adjusted according to differences in access modes, service types, device manufacturers, and user areas. In reality, the manual operation mode is not only low in efficiency, easy to operate by mistake and complicated in operation, but also the operation logs are difficult to collect and trace, so that an intensive and automatic means is urgently needed to ensure the accuracy and effectiveness of configuration, shorten the opening time and more efficiently cooperate with the opening of the broadband service.
Disclosure of Invention
In order to solve the problems existing in the manual operation mode, the invention provides an OLT (optical line terminal) opening automation configuration method and device.
In order to achieve the purpose, the invention adopts the following technical scheme:
in an embodiment of the present invention, an OLT opening automation configuration method is provided, including:
step one, creating and disassembling a work order
The OLT opening work order is divided into three sub work orders according to equipment and an access mode, and the MSE configuration sub work order, the switch configuration sub work order and the OLT configuration sub work order are respectively adopted, wherein the switch configuration sub work order is optional;
step two, work order data collection
The work order data is divided into three parts, namely general information, an OLT (optical line terminal) parameter and an MSE (mean square error) parameter;
step three, work order management
The work order management comprises inquiring work order information according to various conditions, providing a function of creating a new work order and providing various operation functions for the work order, including editing, checking details, previewing, issuing and checking detailed log operation;
step four, electrifying detection
After the MSE configuration sub work order is successfully deployed, the provincial company transfers a short message gateway according to the mobile phone number of a field supervising person, sends MSE configuration success information and informs the local city of the MSE configuration on-site OLT management address;
the system periodically performs ping test on the OLT equipment, and if the local city configuration is completed, the OLT equipment can ping;
the OLT equipment can ping the OLT equipment to indicate that the OLT equipment is powered on, and at the moment, the system automatically calls to issue an OLT opening work order for configuration and issue so as to complete the whole opening configuration;
step five, configuring and issuing
Initiating a configuration issuing and calling request through a work order management module;
calling a configuration command template to configure through a configuration issuing module;
and the configuration command template executes the appointed command sequence according to the work order data and returns an execution result.
Further, the access mode in step one includes: the OLT directly links the MSE and the OLT-aggregation switch-MSE.
Further, the execution order and conditions of each sub-work order in the step one are distinguished according to the access mode as follows:
OLT direct connection MSE: MSE is immediately issued, and the OLT is executed to issue after the OLT is powered on after the MSE is successfully issued.
OLT-aggregation switch-MSE: MSE and the convergence switch are immediately issued, and the OLT is executed to issue after the OLT is powered on after successful issuing.
Further, in the step one, five states of the OLT release work order are supported, which are respectively: waiting for deployment, during deployment, partial success, failure and completion;
in the first step, the state of each sub-worksheet supports four types, which are respectively: to be deployed, in deployment, failed and completed.
Further, the general information in step two includes: the method comprises the steps of (1) service type, operation type, opening model, OLT equipment node and local city;
the OLT parameters in the step two comprise: the method comprises the following steps that the name of OLT equipment, the name of an OLT host, the manufacturer of the OLT equipment, the detailed model of the OLT equipment, the Syslog host address, an OLT upper connection binding port, a management VLAN, an IPTV on-demand VLAN, an IPTV multicast VLAN, an ITMS service VLAN, a voice service VLAN, a PPPOE CVLAN, a PPPOE SVLAN, an OLT access control white list based on a snmp protocol, an OLT access control white list telnet/ssh based on a telnet/ssh protocol, a number of a maintenance worker mobile phone, the name of MSE equipment, an MSE equipment IP, an MSE lower connection binding port and an MSE lower connection physical port are adopted;
the MSE parameters in the second step comprise: the OLT manages the IP, manages the IP mask, manages the IP gateway address, the multicast IP address, and the multicast IP mask.
Further, in the third step, the work order information is inquired according to the following various conditions:
node, service type, OLT device name, OLT device IP, operator, work order status and creation time.
Further, in the third step, the work order information is queried according to various conditions, and the result column sequentially comprises: the system comprises a service type, creation time, a city, an OLT equipment name, an OLT equipment IP, an operator, a work order state, work order operation and each sub-work order number/state, wherein a work order operation column is an operation link and executes corresponding operation.
Further, the operation link is an operation link which can be operated according to the work order state display, and if the sub work order number is null, the operation link in each sub work order number/state column and the work order state column is not displayed.
In an embodiment of the present invention, an OLT opening automation configuration device is further provided, where the device includes:
the work order creating and disassembling module is used for disassembling the OLT opening work order into three sub work orders according to the equipment and the access mode, wherein the three sub work orders are respectively MSE configuration sub work orders, switch configuration sub work orders and OLT configuration sub work orders, and the switch configuration sub work orders are optional;
the work order data collection module is used for dividing the work order data into three parts, namely general information, OLT (optical line terminal) parameters and MSE (mean square error) parameters;
the work order management module is used for managing various functions including inquiring work order information according to various conditions, providing a function of creating a new work order and providing various operation functions for the work order, including editing, checking details, previewing, issuing and checking detailed log operation;
the power-on detection module is used for adjusting a short message gateway according to the mobile phone number of a field supervising person, sending MSE configuration success information and informing the local city of configuring an OLT management address on site after the MSE configuration sub work order is successfully deployed; the system periodically performs ping test on the OLT equipment, and if the local city configuration is completed, the OLT equipment can ping; the OLT equipment can ping the OLT equipment to indicate that the OLT equipment is powered on, and at the moment, the system automatically calls to issue an OLT opening work order for configuration and issue so as to complete the whole opening configuration;
the configuration issuing module is used for initiating a configuration issuing calling request through the work order management module; calling a configuration command template to configure through a configuration issuing module; and the configuration command template executes the appointed command sequence according to the work order data and returns an execution result.
Further, the access mode in the work order creating and disassembling module comprises: the OLT directly links the MSE and the OLT-aggregation switch-MSE.
Further, the execution sequence and conditions of each sub-work order in the work order creating and disassembling module are distinguished according to the access mode as follows:
OLT direct connection MSE: MSE is immediately issued, and the OLT is executed to issue after the OLT is powered on after the MSE is successfully issued.
OLT-aggregation switch-MSE: MSE and the convergence switch are immediately issued, and the OLT is executed to issue after the OLT is powered on after successful issuing.
Further, five states of the OLT opening work order in the work order creating and disassembling module support: waiting for deployment, during deployment, partial success, failure and completion;
the work order creating and disassembling module supports four states of each sub-work order, which are respectively: to be deployed, in deployment, failed and completed.
Further, the general information in the work order data collection module includes: the method comprises the steps of (1) service type, operation type, opening model, OLT equipment node and local city;
OLT parameters in the work order data collection module include: the method comprises the following steps that the name of OLT equipment, the name of an OLT host, the manufacturer of the OLT equipment, the detailed model of the OLT equipment, the Syslog host address, an OLT upper connection binding port, a management VLAN, an IPTV on-demand VLAN, an IPTV multicast VLAN, an ITMS service VLAN, a voice service VLAN, a PPPOE CVLAN, a PPPOE SVLAN, an OLT access control white list based on a snmp protocol, an OLT access control white list telnet/ssh based on a telnet/ssh protocol, a number of a maintenance worker mobile phone, the name of MSE equipment, an MSE equipment IP, an MSE lower connection binding port and an MSE lower connection physical port are adopted;
MSE parameters in the work order data collection module include: the OLT manages the IP, manages the IP mask, manages the IP gateway address, the multicast IP address, and the multicast IP mask.
Further, the work order management module queries the work order information according to the following various conditions:
node, service type, OLT device name, OLT device IP, operator, work order status and creation time.
Further, the work order information is inquired according to various conditions in the work order management module, and the result column sequentially comprises: the system comprises a service type, creation time, a city, an OLT equipment name, an OLT equipment IP, an operator, a work order state, work order operation and each sub-work order number/state, wherein a work order operation column is an operation link and executes corresponding operation.
Further, the operation link is an operation link which can be operated according to the work order state display, and if the sub work order number is null, the operation link in each sub work order number/state column and the work order state column is not displayed.
In an embodiment of the present invention, a computer device is further provided, which includes a memory, a processor, and a computer program stored on the memory and executable on the processor, and when the processor executes the computer program, the OLT open automation configuration method is implemented.
In an embodiment of the present invention, a computer-readable storage medium is further provided, where the computer-readable storage medium stores a computer program for executing the method for automatically configuring opening of the OLT.
Has the advantages that:
the invention realizes the automatic management of the opening of the OLT equipment and greatly improves the network access configuration and the efficiency of accessing users of the OLT equipment.
Drawings
Fig. 1 is a schematic flow chart of an OLT opening automation configuration method according to an embodiment of the present invention;
fig. 2 is a schematic diagram of splitting an OLT opening work order according to an embodiment of the present invention;
fig. 3 is a schematic structural diagram of an OLT opening automation configuration device according to an embodiment of the present invention;
fig. 4 is a schematic structural diagram of a computer device according to an embodiment of the present invention.
Detailed Description
The principles and spirit of the present invention will be described below with reference to several exemplary embodiments, which should be understood to be presented only to enable those skilled in the art to better understand and implement the present invention, and not to limit the scope of the present invention in any way. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
As will be appreciated by one skilled in the art, embodiments of the present invention may be embodied as a system, apparatus, device, method, or computer program product. Accordingly, the present disclosure may be embodied in the form of: entirely hardware, entirely software (including firmware, resident software, micro-code, etc.), or a combination of hardware and software.
According to an embodiment of the present invention, an OLT opening automation configuration method and apparatus are provided, including the following: the OLT opening office comprises the configuration of the OLT and the uplink equipment thereof, and supports two access modes of the OLT opening office: the OLT direct-connection MSE (hereinafter abbreviated as OLT-MSE), and the OLT-aggregation switch-MSE (hereinafter abbreviated as OLT-ASW-MSE) will be described below only in the OLT-MSE mode. Two service modes of the OLT are supported: FTTH, FTTB. Managing OLT opening operation in a work order mode: the method comprises the steps of creating, modifying and inquiring a work order. Configuration issuing of the OLT opening work order hang-up sub work order and state transfer control. And the OLT is electrified and detected and triggered to automatically issue.
The principles and spirit of the present invention are explained in detail below with reference to several representative embodiments of the invention.
Fig. 1 is a flow chart illustrating an OLT opening automation configuration method according to an embodiment of the present invention. As shown in fig. 1, the process is performed as follows:
1. and (4) acquiring and inputting work order data, wherein different attributes and parameters need to be input in different access modes.
2. And judging an access mode according to the input data, and disassembling the work order according to the access mode. If the access mode is OLT direct connection, the access mode is disassembled into MSE and OLT configuration sub-work orders; and if the access mode is that the OLT is accessed through the switch (OLT-ASW-MSE), the MSE, the ASW and the OLT are disassembled to configure the sub-work orders.
3. And issuing and executing the MSE and ASW configuration sub-work orders according to the access mode.
4. And waiting for the OLT equipment to be powered on. If the OLT is powered on, executing the OLT to configure the sub-work order; otherwise, the waiting is continued.
5. And after the OLT configures the sub work order, the whole work order is issued, and the work order completion is carried out.
The implementation and characteristics of the present invention are described in terms of functional points, as follows:
1. work order creation and disassembly
Because the configuration and the distribution of the devices are required to be performed in stages when the office is opened, one OLT opening work order needs to be split into 3 seed work orders according to the devices and according to the access modes, as shown in fig. 2. Wherein the switch configuration sub-work order is optional.
The execution sequence and conditions of each sub-work order are distinguished according to the access mode as follows:
OLT-MSE: MSE is immediately issued, and the OLT is executed to issue after the OLT is powered on after the MSE is successfully issued.
OLT-ASW-MSE: MSE and ASW are immediately issued, and the OLT is executed to issue after the OLT is powered on after successful issuing.
The OLT opening work order and the states of the sub work orders support the following types of work orders as shown in the following table 1:
TABLE 1 work order State Table
| Work order status |
| A-pending deployment |
| In B-deployment |
| P-partial success (sub-worksheet does not exist in this state) |
| F-failure |
| C-completion |
2. Work order data collection
Filling in work order data: the method is divided into 3 parts: general information, OLT parameters, MSE parameters.
(1) General information:
and (4) service type: a text box, disable, fixed as "OLT opening".
The operation type is as follows: and (5) pulling down the list box and fixing the list box as a new installation.
Opening a model: and a drop-down list box comprising OLT-MSE and OLT-ASW-MSE.
OLT equipment node: and providing node tree selection with configuration authority for the current user. Must be the city of land or the underhung leaf node.
The city of the city: and automatically acquiring according to the local city node to which the OLT equipment node belongs.
(2) OLT parameters:
OLT equipment name: text box, user entry.
OLT Hostname: text box, user entry. Adding filling remarks: NM-alliance city is abbreviated-machine room is abbreviated-OLT-serial number MAN.
OLT equipment manufacturer: and a drop-down list box for providing the manufacturer name of the OLT equipment for selection.
Detailed models of OLT equipment: and a drop-down list box for providing the detailed model of the OLT equipment for selection.
Syslog host address: default 10.174.0.68, may be modified. Single IP address, checked against IPv4 address.
An OLT upper connection binding port: text box, manual input binding port, format: the flower is x/x/x, and x can only be a number; zhongxing only allows filling in numbers, which are automatically set to smartgroupX.
OLT physical port of upper connection: text box, manual fill, format x/x/x, x can be only numbers. The number of the keys can be multiple, and multiple keys can be separated by English commas.
And (4) managing the VLAN: text box, filled in manually, default 98
IPTV on-demand VLAN: text box, filled in manually, default 45
IPTV multicast VLAN: text box, filled in manually, default to 75
ITMS service VLAN: text box, filled in manually, default 3001
Voice service VLAN: text box, filled in manually, default 3301
PPPOE CVLAN: text box, manually filled out, defaults to 1101-3000.
PPPOE SVLAN: text boxes, manually filled in, support a single VLAN or VLAN interval. The VLAN value ranges are 2400-. Adding filling remarks: VLAN range 2400-.
OLT access control white list (snmp): text box, manual filling, format: startip-endip, multiple address fields are separated by commas in english.
OLT access control white list (telnet/ssh): text box, manual filling, format: startip-endip, multiple address fields are separated by commas in english.
The number of the mobile phone of the maintainer: and manual input supports a plurality of keys which are separated by English commas.
MSE device name: and providing a function of selecting the MSE equipment as the equipment attribute and linking with the city.
MSE device IP: and the read-only text box automatically brings the corresponding management IP according to the selected equipment.
MSE lower binding port: text box, user entry. When the MSE equipment manufacturer is Huawei, the user fills in the port number N, and the content of the text box is automatically set to eth-trunkN; when the user is happy, the port number N is filled in, and the content of the text box is automatically set to smartgroupN. N can only be 0-255.
MSE lower physical port: the drop-down list box supports multi-selection and is linked with the currently selected equipment; the port must be a physical port. The multiple options are supported, and the physical ports of the OLT upper connection are required to correspond to the physical ports of the OLT upper connection, namely, the OLT has several upper connections and the MSE has several lower connection ports. The number is distinguished by the included separators, and equal numbers are considered to be equivalent.
(3) MSE parameters:
OLT manages IP: text box, user entry. Single IP address, checked against IPv4 address.
Managing the IP mask: and (4) pulling down the list box, wherein the value range is 20-32, and the list box is empty by default.
Managing IP gateway addresses: text box, user entry. Single IP address, checked against IPv4 address.
Multicast IP address: text box, user entry. Single IP address, checked against IPv4 address.
Multicast IP mask: and (4) pulling down the list box, wherein the value range is 20-32, and the list box is empty by default.
3. Work order management
(1) The work order management functions include:
and inquiring the work order information according to various conditions.
Providing the functionality of creating a new work order.
And various operation functions of the work order are provided, including editing, detail checking, previewing, issuing and detailed log checking.
(2) The user can query the work order according to the following condition combination:
and (3) node: and according to the node tree of which the current user has the configuration authority.
And (4) service type: and a text box is fixed as 'OLT opening'.
OLT equipment name: text box, user entry. Fuzzy matching is supported.
OLT equipment IP: text box, user entry. Fuzzy matching is supported.
The operator: text box, user entry. Fuzzy matching is supported.
The work order state: and (3) pulling down a list box, wherein the enumeration value to be selected is as follows: "to be deployed" (a), "in deployment" (B), "failed" (F), "as built" (C).
Creation time: including the start-stop range, accurate to seconds, the end time needs to be greater than or equal to the start time.
(3) Operating the buttons:
newly building a work order: the user clicks the button, and the system pops up to present a new work order page, which is detailed in "work order data collection".
And (3) inquiring: the user clicks this button, the system makes a combined query according to the conditions, the result bar includes (in order): service type, creation time, city, OLT device name, OLT device IP, operator, work order status, work order operation and each sub-work order number/status. And the work order operation bar is an operation link, and corresponding operation can be executed by clicking.
(4) And operation linkage: and displaying operable operation links according to the work order state.
The OLT release order is as follows in Table 2:
TABLE 2 OLT opening worksheet status/operation Table
| State/operation | Editing | Details of |
| A-pending deployment | √ | √ |
| In B-deployment | × | √ |
| P-partial success | × | √ |
| F-failure | √ | √ |
| C-completion | × | √ |
The respective work orders are as follows in table 3: and if the sub work order number is null, the operation links in each sub work order number/state column and the work order state column are not displayed.
TABLE 3 status/operation Table for each sub-worksheet
4. Power-on detection
The power-up detection step comprises:
(1) after the MSE work order is successfully deployed, the provincial company transfers the short message gateway according to the filled mobile phone number of the on-site supervising personnel, sends MSE configuration success information and informs the local city of the on-site configuration OLT management address.
(2) The system periodically performs ping test on the OLT, and if the local city configuration is completed, the OLT equipment can ping.
(3) The OLT can ping to indicate that the OLT is powered on, and at the moment, the system automatically calls a configuration work order of the OLT to be issued to perform configuration and issue, so that the whole opening configuration is completed.
5. Configuration delivery
The step of configuring the issue includes:
and the work order management module initiates a configuration issuing and calling request.
And the configuration issuing module calls the configuration command template to perform configuration.
And the configuration command template executes the appointed command sequence according to the work order data and returns an execution result.
It should be noted that although the operations of the method of the present invention have been described in the above embodiments and the accompanying drawings in a particular order, this does not require or imply that these operations must be performed in this particular order, or that all of the operations shown must be performed, to achieve the desired results. Additionally or alternatively, certain steps may be omitted, multiple steps combined into one step execution, and/or one step broken down into multiple step executions.
For a clearer explanation of the above OLT opening automation configuration method, the following description is made with reference to a specific embodiment, however, it should be noted that the embodiment is only for better explaining the present invention, and is not to be construed as an undue limitation on the present invention.
Huawei and Zhongxing configuration command templates are described below, respectively.
1. Hua is that the MSE disposes and issues the template:
if the parameter mse _ downlink _ port is empty, the following command is executed to acquire the idle trunk number.
display interface brief main|include Eth-Trunk
And acquiring the number after the Eth-Trunk in the Interface column, and assigning the maximum value +1 to the maxno.
Set mse _ downlink _ port ═ eth-trunk + $ maxno.
And finally, backfilling parameter values of the workhetext table mse _ downlink _ port.
The execution is strictly performed according to the following commands, wherein # can be reserved or removed; since the masquerading device may switch configuration modes without exiting.
-the parameters olt _ up and mse _ down are disassembled and paired according to comma in english, and each pair is allocated with the following interface whole segment.
2. The Zhongxing MSE configuration issues the template:
if the parameter mse _ downlink _ port is empty, the following command is executed to acquire the idle trunk number.
show lacp counters|include Smartgroup
And acquiring the number after Smartgroup, and assigning the maximum value +1 to maxno.
Set mse _ downlink _ port ═ smartgroup + $ maxno.
And finally, backfilling parameter values of the workhetext table mse _ downlink _ port.
Is executed strictly according to the following commands, including $
-the parameters olt _ up and mse _ down are disassembled and paired according to comma in english, and each pair is allocated with the following interface whole segment.
-the parameter mse _ down is disassembled according to comma in english, and each port is configured with the following interface whole segment.
3. Hua is that an OLT issues a template:
# configure default route:
ip route-static 0.0.0.0 0.0.0.0 10.168.1.1--olt_gw_ipaddr
# Port description configuration:
the parameters olt _ up port and mse _ down port are disassembled and paired according to the comma in english, and each pair is configured as the following line. If the execution result contains "Parameter error", then the next configuration is ignored and continued to be executed.
--olt_upport[i]、mse_devicename、mse_downtrunk_port、mse_downport[i]
Time # configuration:
time 2019-05-0915: 02:13- -current System time
System designation:
sysname NM-HHHT-JQ-OLT-MA5800-X17-1.MAN--olt_devicename
# open AutoSave:
autosave interval on
autosave type all
parameter configuration # parameter configuration:
xpon alarm suppress-initial-alarm disable
xpon ont-fec all use-profile-config-olt _ detailmodelcode-MA 5800 time configuration
# create VLAN:
vlan 45 smart--iptv_unicast_vlan
vlan 75 smart--iptv_multicast_vlan
vlan 3001 smart--itms_vlan
vlan 3301 smart--voice_vlan
vlan 2401 to 2464 smart- -M, N (pppoe _ svlan is not space-time execution)
-if the parameter pppoe _ svlan is a VLAN segment (M-N), the pppoe _ svlan is disassembled; if it is a single VLAN, M is N is pppoe _ svlan
# sets the VLAN attribute: (only itms needs to be allocated with PPPOE)
vlan attrib 3001 stacking--itms_vlan
vlan atterib 2401 to 2464 q-in-q- -M, N (pppoe _ svlan is not a null execution)
-if the parameter pppoe _ svlan is a VLAN segment (M-N), the pppoe _ svlan is disassembled; if it is a single VLAN, M is N is pppoe _ svlan
# transparent VLAN to upstream port:
set master _ port to olt _ upturn _ port to convert the last "/" to a space
port vlan 3001,3301,45,75 0/9 0--itms_vlan、voice_vlan、iptv_unicast_vlan、iptv_multicast_vlan、$master_port
Port vlan 2401 to 24640/90-M, N, $ master _ port (pppoe _ svlan is not space-time execution)
-if the parameter pppoe _ svlan is a VLAN segment (M-N), the pppoe _ svlan is disassembled; if it is a single VLAN, M is N is pppoe _ svlan
# configure multicast:
multicast-vlan 75--iptv_multicast_vlan
igmp version v2
igmp match mode disable
igmp match group ip 239.29.0.1 to ip 239.29.1.254- -fixed
igmp mode proxy
igmp uplink-port 0/9/0--olt_uptrunk_port
# Pull stream arrangement
And (4) disassembling the parameter program _ IP _ list according to English commas, and configuring the following line for each IP address.
igmp program add ip 239.29.1.2 prejoin enable --program_ip_list[i]
quit
# configure SNMP:
snmp-agent community read NM-hhht-2011--snmp_ro_community
snmp-agent community write NM-hhht-2011wr--snmp_rw_community
snmp-agent sys-info version v2c
snmp-agent target-host trap-hostname traphost.U2000 address 192.168.65.10 udp-port 162 trap-paramsname traphost.U2000
--snmp_trap_hostname,snmp_trap_dest,snmp_trap_paramsname
snmp-agent target-host trap-paramsname traphost.U2000 v2C securityname U2000
--snmp_trap_hostname,snmp_trap_securityname
snmp-agent trap enable standard
the parameters olt-acl-whitelist 4 telsh (format: startip-endip) are decomposed into a start IP (startip) and a stop IP (endip) according to the english comma, and each IP address segment is configured with the following 2 rows.
sysman ip-access telnet 10.168.0.0 10.168.255.255--start[i]、end[i]
sysman ip-access ssh 10.168.0.0 10.168.255.255--start[i]、end[i]
The parameter olt-acl-whitelist 4snmp (format: startip-end, startip-end) is decomposed into a start IP (startip) and a stop IP (end) according to the english comma, and each IP address segment is configured with the following 1 line.
sysman ip-access snmp 10.168.0.0 10.168.255.255--start[i]、end[i]
# configure OLT access control (white list):
sysman firewall telnet enable
sysman firewall snmp enable
sysman firewall ssh enable
# create OLT user name:
splitting a parameter userpass (format: NOC:: user/pass | NMS:: user/pass ") by using" | ", and acquiring rear account information with prefix of": ", wherein the front of"/"is user name assignment user, and the rear of"/"is password assignment pass. Each pair of user/pass configures the following whole segment.
terminal user name
huaweiolt--user[i]
EMIL@aimier1024--pass[i]
EMIL@aimier1024--pass[i]
root
3
4
5
n
And modifying the password of the factory root account:
splitting a parameter root _ userpass (format: user/pass), wherein the front of the/is used for assigning the user to the user name, and the rear is used for assigning the pass to the password.
terminal user password
root--user
admin123--root_default_pass
EMIL@aimier1024--pass
EMIL@aimier1024--pass
n
# configure LLDP Link discovery
lldp enable
-the parameter olt _ upport is broken down in english commas, each configuration being in line 1 below.
lldp enable port 0/10/0--olt_upport[i]
# configure syslog upload:
syslog enable alarm-event
loghost add 10.174.0.68 syslogname--syslog_hostip
loghost activate ip 10.174.0.68--syslog_hostip
# configuration NTP:
enable
config
ntp-service unicast-server 10.20.20.1 source-interface vlanif 98--olt_gw_ipaddr
# DBA template configuration:
dba-profile add profile-id 10 profile-name E8-C type3 attribute 10240 max 1024000-fixed
# create traffic template:
ont-srvprofile gpon profile-id 1 profile-name E8-C
ont-port pots adaptive 32 eth adaptive 8
port vlan eth 1 transparent
port vlan eth 2 transparent
port vlan eth 3 transparent
port vlan eth 4 transparent
port vlan eth 5 transparent
port vlan eth 6 transparent
port vlan eth 7 transparent
port vlan eth 8 transparent
commit
quit
# create line template:
ont-lineprofile gpon profile-id 1 profile-name E8-C
tcont 1 dba-profile-id 10
gem add 1 eth tcont 1
gem mapping 1 0 vlan 46
gem mapping 1 1 vlan 41
gem mapping 1 2 vlan 43
gem mapping 1 3 vlan 45
commit
quit
# preservation:
Save
based on the same inventive concept, the invention also provides an OLT opening automation configuration device. The implementation of the device can be referred to the implementation of the method, and repeated details are not repeated. The term "module," as used below, may be a combination of software and/or hardware that implements a predetermined function. Although the means described in the embodiments below are preferably implemented in software, an implementation in hardware, or a combination of software and hardware is also possible and contemplated.
Fig. 3 is a schematic structural diagram of an OLT opening automation configuration device according to an embodiment of the present invention. As shown in fig. 3, the apparatus includes:
the work order creating and disassembling module 101 is configured to disassemble the OLT opening work order into three sub work orders according to the equipment and the access mode, and the three sub work orders are respectively an MSE configuration sub work order, a switch configuration sub work order and an OLT configuration sub work order, where the switch configuration sub work order is optional;
the access mode comprises the following steps: OLT directly connects MSE and OLT-convergence exchanger-MSE;
the execution sequence and conditions of each sub-work order are distinguished according to the access mode as follows:
OLT direct connection MSE: MSE is immediately issued, and the OLT is executed to issue after the OLT is powered on after the MSE is successfully issued.
OLT-aggregation switch-MSE: MSE and a convergence switch are immediately issued, and the OLT is executed to issue after the OLT is powered on after successful issuing;
the state of the OLT opening work order supports five types, which are respectively: waiting for deployment, during deployment, partial success, failure and completion;
the work order creating and disassembling module supports four states of each sub-work order, which are respectively: waiting for deployment, in-deployment, failure and completion;
the work order data collection module 102 is used for dividing the work order data into three parts, namely general information, an OLT (optical line terminal) parameter and an MSE (mean square error) parameter;
the general information includes: the method comprises the steps of (1) service type, operation type, opening model, OLT equipment node and local city;
the OLT parameters comprise: the method comprises the following steps that the name of OLT equipment, the name of an OLT host, the manufacturer of the OLT equipment, the detailed model of the OLT equipment, the Syslog host address, an OLT upper connection binding port, a management VLAN, an IPTV on-demand VLAN, an IPTV multicast VLAN, an ITMS service VLAN, a voice service VLAN, a PPPOE CVLAN, a PPPOE SVLAN, an OLT access control white list based on a snmp protocol, an OLT access control white list telnet/ssh based on a telnet/ssh protocol, a number of a maintenance worker mobile phone, the name of MSE equipment, an MSE equipment IP, an MSE lower connection binding port and an MSE lower connection physical port are adopted;
the MSE parameters include: OLT manages IP, manages IP mask, manages IP gateway address, multicast IP address and multicast IP mask;
the work order management module 103 is used for managing various functions including inquiring work order information according to various conditions, providing a function of creating a new work order and providing various operation functions for the work order, including editing, checking details, previewing, issuing and checking detailed log operations;
inquiring the work order information according to the following conditions:
the method comprises the steps of a node, a service type, an OLT equipment name, an OLT equipment IP, an operator, a work order state and creation time;
inquiring the work order information according to various conditions, wherein the result column sequentially comprises: the system comprises a business type, creation time, a city, an OLT equipment name, an OLT equipment IP, an operator, a work order state, work order operation and each sub-work order number/state, wherein a work order operation column is an operation link and executes corresponding operation;
the operation link is an operable operation link displayed according to the work order state, and if the sub work order number is null, the operation link in each sub work order number/state column and the work order state column is not displayed;
the power-on detection module 104 is used for the provincial company to adjust the short message gateway according to the mobile phone number of the on-site supervising personnel after the MSE configuration sub work order is successfully deployed, send MSE configuration success information and inform the local city of the MSE configuration on-site OLT management address configuration; the system periodically performs ping test on the OLT equipment, and if the local city configuration is completed, the OLT equipment can ping; the OLT equipment can ping the OLT equipment to indicate that the OLT equipment is powered on, and at the moment, the system automatically calls to issue an OLT opening work order for configuration and issue so as to complete the whole opening configuration;
the configuration issuing module 105 is used for initiating a configuration issuing and calling request through the work order management module; calling a configuration command template to configure through a configuration issuing module; and the configuration command template executes the appointed command sequence according to the work order data and returns an execution result.
It should be noted that although several modules of the OLT opening automation configuration arrangement are mentioned in the above detailed description, such division is merely exemplary and not mandatory. Indeed, the features and functionality of two or more of the modules described above may be embodied in one module according to embodiments of the invention. Conversely, the features and functions of one module described above may be further divided into embodiments by a plurality of modules.
Based on the aforementioned inventive concept, as shown in fig. 4, the present invention further provides a computer device 200, which includes a memory 210, a processor 220, and a computer program 230 stored on the memory 210 and operable on the processor 220, wherein the processor 220 implements the aforementioned OLT opening automation configuration method when executing the computer program 230.
Based on the above inventive concept, the present invention further provides a computer readable storage medium storing a computer program for executing the OLT opening automation configuration method.
The OLT opening automatic configuration method and the device provided by the invention can automatically complete MSE equipment side configuration only by recording once work order data, and automatically complete OLT side configuration operation after the OLT is electrified, and finally achieve the aim of: automatically performing the configuration operation of MSE and OLT equipment opening; flexible replacement of configuration parameters of different equipment manufacturers and different areas is supported; supporting various OLT access scenes; supporting various equipment manufacturers.
While the spirit and principles of the invention have been described with reference to several particular embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, nor is the division of aspects, which is for convenience only as the features in such aspects may not be combined to benefit. The invention is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims.
The limitation of the protection scope of the present invention is understood by those skilled in the art, and various modifications or changes which can be made by those skilled in the art without inventive efforts based on the technical solution of the present invention are still within the protection scope of the present invention.
Claims (18)
1. An OLT (optical line terminal) opening automation configuration method is characterized by comprising the following steps:
step one, creating and disassembling a work order
The OLT opening work order is divided into three sub work orders according to equipment and an access mode, and the MSE configuration sub work order, the switch configuration sub work order and the OLT configuration sub work order are respectively adopted, wherein the switch configuration sub work order is optional;
step two, work order data collection
The work order data is divided into three parts, namely general information, an OLT (optical line terminal) parameter and an MSE (mean square error) parameter;
step three, work order management
The work order management comprises inquiring work order information according to various conditions, providing a function of creating a new work order and providing various operation functions for the work order, including editing, checking details, previewing, issuing and checking detailed log operation;
step four, electrifying detection
After the MSE configuration sub work order is successfully deployed, the provincial company transfers a short message gateway according to the mobile phone number of a field supervising person, sends MSE configuration success information and informs the local city of the MSE configuration on-site OLT management address;
the system periodically performs ping test on the OLT equipment, and if the local city configuration is completed, the OLT equipment can ping;
the OLT equipment can ping the OLT equipment to indicate that the OLT equipment is powered on, and at the moment, the system automatically calls to issue an OLT opening work order for configuration and issue so as to complete the whole opening configuration;
step five, configuring and issuing
Initiating a configuration issuing and calling request through a work order management module;
calling a configuration command template to configure through a configuration issuing module;
and the configuration command template executes the appointed command sequence according to the work order data and returns an execution result.
2. The OLT opening automation configuration method of claim 1, wherein the access mode in the first step comprises: the OLT directly links the MSE and the OLT-aggregation switch-MSE.
3. The method of claim 1, wherein the execution sequence and conditions of the sub-work orders in the first step are differentiated according to the access mode as follows:
OLT direct connection MSE: MSE is immediately issued, and the OLT is executed to issue after the OLT is powered on after the MSE is successfully issued.
OLT-aggregation switch-MSE: MSE and the convergence switch are immediately issued, and the OLT is executed to issue after the OLT is powered on after successful issuing.
4. The method according to claim 1, wherein the state of the OLT opening work order in the first step supports five types, which are respectively: waiting for deployment, during deployment, partial success, failure and completion;
in the step one, the state support of each sub-worksheet is four, which are respectively: to be deployed, in deployment, failed and completed.
5. The OLT opening automation configuration method of claim 1, wherein the general information in the second step comprises: the method comprises the steps of (1) service type, operation type, opening model, OLT equipment node and local city;
the OLT parameters in the second step include: the method comprises the following steps that the name of OLT equipment, the name of an OLT host, the manufacturer of the OLT equipment, the detailed model of the OLT equipment, the Syslog host address, an OLT upper connection binding port, a management VLAN, an IPTV on-demand VLAN, an IPTV multicast VLAN, an ITMS service VLAN, a voice service VLAN, a PPPOE CVLAN, a PPPOE SVLAN, an OLT access control white list based on a snmp protocol, an OLT access control white list telnet/ssh based on a telnet/ssh protocol, a number of a maintenance worker mobile phone, the name of MSE equipment, an MSE equipment IP, an MSE lower connection binding port and an MSE lower connection physical port are adopted;
the MSE parameters in the second step comprise: the OLT manages the IP, manages the IP mask, manages the IP gateway address, the multicast IP address, and the multicast IP mask.
6. The OLT opening automation configuration method of claim 1, wherein in step three, work order information is queried according to the following types of conditions:
node, service type, OLT device name, OLT device IP, operator, work order status and creation time.
7. The OLT opening automation configuration method of claim 1, wherein in step three, work order information is queried according to various types of conditions, and a result field comprises in sequence: the system comprises a service type, creation time, a city, an OLT equipment name, an OLT equipment IP, an operator, a work order state, work order operation and each sub-work order number/state, wherein a work order operation column is an operation link and executes corresponding operation.
8. The OLT opening automation configuration method of claim 7, wherein the operation link is an operation link operable according to a work order status display, and if the sub work order number is null, none of the operation links in each of the sub work order number/status column and the work order status column are displayed.
9. An OLT opening automation configuration device is characterized in that the device comprises:
the work order creating and disassembling module is used for disassembling the OLT opening work order into three sub work orders according to the equipment and the access mode, wherein the three sub work orders are respectively MSE configuration sub work orders, switch configuration sub work orders and OLT configuration sub work orders, and the switch configuration sub work orders are optional;
the work order data collection module is used for dividing the work order data into three parts, namely general information, OLT (optical line terminal) parameters and MSE (mean square error) parameters;
the work order management module is used for managing various functions including inquiring work order information according to various conditions, providing a function of creating a new work order and providing various operation functions for the work order, including editing, checking details, previewing, issuing and checking detailed log operation;
the power-on detection module is used for adjusting a short message gateway according to the mobile phone number of a field supervising person, sending MSE configuration success information and informing the local city of configuring an OLT management address on site after the MSE configuration sub work order is successfully deployed; the system periodically performs ping test on the OLT equipment, and if the local city configuration is completed, the OLT equipment can ping; the OLT equipment can ping the OLT equipment to indicate that the OLT equipment is powered on, and at the moment, the system automatically calls to issue an OLT opening work order for configuration and issue so as to complete the whole opening configuration;
the configuration issuing module is used for initiating a configuration issuing calling request through the work order management module; calling a configuration command template to configure through a configuration issuing module; and the configuration command template executes the appointed command sequence according to the work order data and returns an execution result.
10. The OLT opening automation configuration device of claim 9, wherein the access mode in the work order creation and teardown module comprises: the OLT directly links the MSE and the OLT-aggregation switch-MSE.
11. The OLT opening automation configuration device of claim 9, wherein the execution sequence and conditions of each sub-work order in the work order creation and decommissioning module are differentiated by access mode as follows:
OLT direct connection MSE: MSE is immediately issued, and the OLT is executed to issue after the OLT is powered on after the MSE is successfully issued.
OLT-aggregation switch-MSE: MSE and the convergence switch are immediately issued, and the OLT is executed to issue after the OLT is powered on after successful issuing.
12. The OLT opening automation configuration device of claim 9, wherein the status of the OLT opening work order in the work order creation and teardown module supports five types, which are respectively: waiting for deployment, during deployment, partial success, failure and completion;
the work order creating and disassembling module supports four states of each sub-work order, which are respectively: to be deployed, in deployment, failed and completed.
13. The OLT opening automation configuration device of claim 9, wherein the general information in the work order data collection module comprises: the method comprises the steps of (1) service type, operation type, opening model, OLT equipment node and local city;
the OLT parameters in the work order data collection module comprise: the method comprises the following steps that the name of OLT equipment, the name of an OLT host, the manufacturer of the OLT equipment, the detailed model of the OLT equipment, the Syslog host address, an OLT upper connection binding port, a management VLAN, an IPTV on-demand VLAN, an IPTV multicast VLAN, an ITMS service VLAN, a voice service VLAN, a PPPOE CVLAN, a PPPOE SVLAN, an OLT access control white list based on a snmp protocol, an OLT access control white list telnet/ssh based on a telnet/ssh protocol, a number of a maintenance worker mobile phone, the name of MSE equipment, an MSE equipment IP, an MSE lower connection binding port and an MSE lower connection physical port are adopted;
MSE parameters in the work order data collection module comprise: the OLT manages the IP, manages the IP mask, manages the IP gateway address, the multicast IP address, and the multicast IP mask.
14. The OLT opening automation configuration device of claim 9, wherein the work order management module queries the work order information according to the following conditions:
node, service type, OLT device name, OLT device IP, operator, work order status and creation time.
15. The OLT opening automation configuration device of claim 9, wherein the work order management module queries the work order information according to various conditions, and the result column sequentially comprises: the system comprises a service type, creation time, a city, an OLT equipment name, an OLT equipment IP, an operator, a work order state, work order operation and each sub-work order number/state, wherein a work order operation column is an operation link and executes corresponding operation.
16. The OLT opening automation configuration device of claim 15, wherein the operation link is an operation link operable according to a work order status display, and if the sub-work order number is null, none of the operation links in each of the sub-work order number/status column and the work order status column are displayed.
17. A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, characterized in that the processor implements the method of any of claims 1-8 when executing the computer program.
18. A computer-readable storage medium, characterized in that the computer-readable storage medium stores a computer program for executing the method of any one of claims 1-8.
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