CN111897746B - Machine room equipment coding method and system - Google Patents
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Abstract
The invention relates to the technical field of automatic equipment coding, in particular to a machine room equipment coding method and a system, wherein the machine room equipment coding method comprises the steps of obtaining basic equipment information; converting the basic information of the equipment through an encoding algorithm to generate equipment codes and port codes; and configuring the connection relation between the generated device code and the port code. The method, namely the system, realizes the automatic coding of the equipment in the machine room, and can display the port connection relation of the network card through the coding.
Description
Technical Field
The invention relates to the technical field of automatic equipment coding, in particular to a machine room equipment coding method and system.
Background
With the development of IT industry, a machine room is used as a storage space for equipment, and a plurality of equipment, even a plurality of equipment with the same model, are usually arranged. If the corresponding codes are not available, the equipment maintenance is difficult correspondingly, and even unnecessary accidents such as equipment shutdown, port plugging and unplugging are caused. In order to strengthen the basic management work of equipment in a machine room, the in-album equipment in the machine room is uniformly coded, and conditions are created for uniform listing, archives and dynamic tracking management of the equipment. In the prior art, the codes are manually coded, and the codes are recorded and managed.
The scheme has the defects that: because the coding process is complicated, the manual coding in the prior art inevitably causes certain errors, thereby causing repeated coding, errors or missing a coding sequence.
Disclosure of Invention
Aiming at the defects of the prior art, the invention aims to provide a machine room equipment coding method and system, which realize automatic coding of machine room equipment and can display the port connection relation of a network card through coding.
The technical aim of the invention is realized by the following technical scheme:
a machine room equipment coding method comprises the following steps,
acquiring basic information of equipment;
converting the basic information of the equipment through an encoding algorithm to generate equipment codes and port codes;
and configuring the connection relation between the generated device code and the port code.
In one embodiment, the device code includes 4 blocks for storing the device code, the 4 blocks being: a cabinet code block, a resource type block, an equipment code block, and an equipment serial number block. The equipment coding is to strengthen the basic management work of equipment in the machine room, uniformly code the in-album equipment in the machine room, and create conditions for uniform listing, archives and dynamic tracking management of the equipment. The storage of the codes through the four blocks expresses some information such as the position, the model and the like of the equipment, so that the coding process is simplified, and the equipment in the machine room is coded through a simpler coding mode.
In one embodiment, the port code includes 3 blocks for storing the port code, and the 3 blocks are respectively: port type block, slot bit block, port bit block. The port coding can be used for definitely leading the equipment to the opposite-end equipment port, so that the time waste caused by complex searching of the opposite-end cable by using a tool again when the plugging error and the faults need to be processed is avoided.
In one embodiment, the device basic information is converted by an encoding algorithm, and the device encoding and the port encoding are specifically generated:
generating a primary mapping table according to the basic information of the equipment, wherein the primary mapping table is provided with seven storage blocks, and each storage block is respectively stored with a unique physical address;
the first-level mapping table finds out the blocks corresponding to the physical addresses through the physical addresses, and information in the first-level mapping table is transferred to the blocks respectively. The first-level mapping table is used as a processing part of data, and the block is used as a storage part of data, so that the rapid processing and storage processes of the data are realized, and the management of the data is facilitated.
In one embodiment, the generating the first-level mapping table according to the basic information of the device is specifically;
classifying and marking the acquired basic information of the equipment;
respectively marking seven storage blocks of the primary mapping table, wherein the marks are in one-to-one correspondence with the classification marks, and a corresponding relation is generated;
and storing the basic information into a storage block of the primary mapping table according to the corresponding relation. Each storage block and each block have a corresponding relation, and generated codes can be more quickly restored according to the corresponding relation, so that storage is realized.
In one embodiment, the storing the basic information in the storage block of the primary mapping table according to the corresponding relationship further includes:
each storage block of the mapping table stores an encoding algorithm;
after the storage block acquires the basic information of the equipment, the basic information is converted into codes through a coding algorithm.
In one embodiment, the device code conversion method is as follows:
generating three-bit cabinet codes, one-bit resource type codes, five-bit equipment codes and one-bit equipment serial number codes respectively through an encoding algorithm, and storing the three-bit cabinet codes, the one-bit resource type codes, the five-bit equipment codes and the one-bit equipment serial number codes in four storage blocks respectively;
the four storage blocks transfer codes to a cabinet code block, a resource type block, an equipment code block and an equipment serial number block respectively. In the coding algorithm, the coding conversion is carried out by determining the algorithm of the serial number of the next device according to the serial number of the last device and the preset relation between some device basic information and codes.
In one embodiment, the port coding conversion method includes:
respectively generating a one-bit port type code, a one-bit slot code and a two-bit port code through an encoding algorithm, and storing the codes in three storage blocks;
the three memory blocks respectively transfer the codes to a port type block, a slot bit block and a port bit block.
In one embodiment, the device connection relationship is:
acquiring equipment to be matched which has a connection relation with the current equipment;
and forming a linkage relation between the equipment code and the port code of the current equipment and the equipment code and the port code of the equipment to be matched.
A machine room equipment encoding system, comprising:
an information acquisition module: the information acquisition module is used for acquiring basic information of equipment;
and a coding module: the coding module is used for converting the basic information of the equipment through a coding algorithm to generate equipment codes and port codes;
and (3) a configuration module: the configuration module is used for configuring the connection relation between the generated device code and the port code.
The information acquisition module is connected with the coding module, and the coding module is connected with the configuration module.
In summary, the invention has the following beneficial effects: in order to strengthen the basic management work of equipment in a machine room, the method capable of automatically coding is provided, and basic information of the equipment is obtained; converting the basic information of the equipment through an encoding algorithm to generate equipment codes and port codes; and configuring the connection relation between the generated device code and the port code. The automatic coding of the equipment in the machine room is realized, and the port connection relation of the network card can be displayed through the coding. The automatic code can definitely calibrate the code of the equipment and the port from the equipment to the opposite terminal equipment, so that the time waste caused by complex searching of the opposite terminal cable by using a tool again is avoided when the plugging error and the faults occur and need to be processed.
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FIG. 1 is a flow chart of a machine room equipment encoding method of the present invention;
fig. 2 is a block diagram of the machine room equipment encoding system of the present invention.
Detailed Description
The present invention will be described in detail below with reference to the accompanying drawings and examples.
It should be noted that the terms "upper", "lower", and the like referred to herein are all used for convenience of description only and should not be construed as limiting the technical solution.
As shown in fig. 1, a machine room equipment encoding method includes,
s1, acquiring basic information of equipment;
s2, converting the basic information of the equipment through an encoding algorithm to generate equipment codes and port codes;
s3, configuring the connection relation between the generated device code and the port code.
Step S1: acquiring equipment basic information, wherein the equipment basic information comprises the following steps: the name of the cabinet where the equipment is located, the type of the equipment and the manufacturer of the equipment.
Step S2: and converting the basic information of the equipment through an encoding algorithm to generate equipment codes and port codes.
The device code includes 4 blocks for storing the device code, the 4 blocks being: a cabinet code block, a resource type block, an equipment code block, and an equipment serial number block. The port code includes 3 blocks for storing the port code, the 3 blocks are respectively: port type block, slot bit block, port bit block.
The device basic information is converted through an encoding algorithm, and the device encoding and port encoding generation specifically comprises the following steps:
generating a primary mapping table according to the basic information of the equipment, wherein the primary mapping table is provided with seven storage blocks, and each storage block is respectively stored with a unique physical address;
the first-level mapping table finds out the blocks corresponding to the physical addresses through the physical addresses, and information in the first-level mapping table is transferred to the blocks respectively.
The first-level mapping table is specifically generated according to the basic information of the equipment;
classifying and marking the acquired basic information of the equipment;
respectively marking seven storage blocks of the primary mapping table, wherein the marks are in one-to-one correspondence with the classification marks, and a corresponding relation is generated;
and storing the basic information into a storage block of the primary mapping table according to the corresponding relation.
The step of storing the basic information into the storage block of the primary mapping table according to the corresponding relation further comprises the following steps:
each storage block of the mapping table stores an encoding algorithm;
after the storage block acquires the basic information of the equipment, the basic information is converted into codes through a coding algorithm.
The device code conversion method comprises the following steps:
generating three-bit cabinet codes, one-bit resource type codes, five-bit equipment codes and one-bit equipment serial number codes respectively through an encoding algorithm, and storing the three-bit cabinet codes, the one-bit resource type codes, the five-bit equipment codes and the one-bit equipment serial number codes in four storage blocks respectively;
the four storage blocks transfer codes to a cabinet code block, a resource type block, an equipment code block and an equipment serial number block respectively.
The port coding conversion method comprises the following steps:
respectively generating a one-bit port type code, a one-bit slot code and a two-bit port code through an encoding algorithm, and storing the codes in three storage blocks;
the three memory blocks respectively transfer the codes to a port type block, a slot bit block and a port bit block.
The coding algorithm can perform coding conversion according to a pre-stored corresponding relation and an automatically generated serial number.
Step S3: and configuring the connection relation between the generated device code and the port code.
The device connection relationship is as follows:
acquiring equipment to be matched which has a connection relation with the current equipment;
and forming a linkage relation between the equipment code and the port code of the current equipment and the equipment code and the port code of the equipment to be matched.
Illustrating: in practice, the user first enters: the method comprises the steps of classifying and marking information such as a cabinet name where equipment is located, the type of the equipment, a manufacturer of the equipment and the like; seven storage blocks of the primary mapping table are marked simultaneously, and a certain relation is formed between the seven storage blocks and the classification marks. Information such as the name of the cabinet where the equipment is located, the type of the equipment, the manufacturer of the equipment and the like can be distributed to seven storage blocks for storage. The seven storage blocks are also connected with the seven blocks through physical addresses, and in the seven storage blocks, information such as the name of a cabinet where the equipment is located, the type of the equipment, the manufacturer of the equipment and the like is converted into codes through an algorithm and then stored into the blocks, so that the codes are completed.
The coding is described here: the device code consists of 10 bits, such as DDDXYYYYYZ;
wherein, the DDD represents the code of the cabinet where it is located, which is finally stored in the cabinet code block;
x represents the resource type, and the value A-Z is finally stored in the resource type block;
YYYYY denotes a device code consisting of letters and numbers. The equipment code is equipment model, and equipment model is 3, and the manufacturer first letter is got to the first position, and floor position is got to last position, examples: an I BMSVC storage device coded as "I SVC2",2 representing a floor; device model 4 bits, example: DELLR920PC server coded "R9202", where 2 also represents floor; and the device model exceeds 5 bits, the characteristics of the device model are taken to be compressed to 5 bits, and the device model is finally stored in a device coding block.
Z represents the serial number of the equipment and takes the values A-Z. The codes are ordered from bottom to top, left to right. And finally storing the data in a device serial number block.
Port coding has a 5-bit composition, such as XYYZZ;
x represents the port type, namely a G-optical port and an E-electrical port; finally, storing the data in a port type block;
YY represents slot position, 00 is that the exchanger is without slot; 01, the switch represents the first slot with slots; finally, storing the data in a slot block;
ZZ represents port bits, which consist of two digits, and are ultimately stored in a port bit block.
For a better understanding of the above coding method, for example: b11xsr860EG0901→b17yh1251a20133; it represents the second optical port of the 9 th slot of the fourth R860 server of the B11 cabinet X86 resource from bottom to top, and is connected to the 33 th port of the first slot of the H3C1251 service network switch of the B17 cabinet of the 2 th floor. During the course of the experiment, it was found that underlining could not be used in the code, as some monitoring entry tools could not identify the underlining.
As shown in fig. 2, a machine room equipment encoding system includes:
information acquisition module 1: the information acquisition module is used for acquiring basic information of equipment;
encoding module 2: the coding module is used for converting the basic information of the equipment through a coding algorithm to generate equipment codes and port codes;
configuration module 3: the configuration module is used for configuring the connection relation between the generated device code and the port code configuration device;
the information acquisition module 1 acquires basic information of equipment in a machine room, such as: and transmitting information such as the name of the cabinet where the equipment is located, the type of the equipment, the manufacturer of the equipment and the like to the coding module. The coding module comprises a first-level mapping table and a matching relation between the first-level mapping table and the acquired basic information, wherein the first-level mapping table stores the searching relation between the blocks. Each storage block in the primary mapping table also stores an encoding algorithm, the encoding algorithm converts the basic information of the equipment into codes, the codes are stored in the blocks, after the codes are completed, the configuration module 3 configures the connection relation between the generated equipment codes and the port codes. Therefore, the code of the equipment and the port from the equipment to the opposite terminal equipment can be calibrated clearly, and the time waste caused by complex searching of the opposite terminal cable by using a tool again when the plugging error and the faults need to be processed is avoided.
The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above examples, and all technical solutions belonging to the concept of the present invention belong to the protection scope of the present invention. It should be noted that modifications and adaptations to the present invention may occur to one skilled in the art without departing from the principles of the present invention and are intended to be within the scope of the present invention.
Claims (6)
1. A machine room equipment coding method is characterized by comprising the following steps of,
acquiring basic information of equipment;
converting the basic information of the equipment through an encoding algorithm to generate equipment codes and port codes;
configuring the connection relation between the generated device code and the port code;
the device basic information is converted through an encoding algorithm, and the device encoding and port encoding generation specifically comprises the following steps:
generating a primary mapping table according to the basic information of the equipment, wherein the primary mapping table is provided with seven storage blocks, and each storage block is respectively stored with a unique physical address;
the first-level mapping table finds out the blocks corresponding to the physical addresses through the physical addresses, and the information in the first-level mapping table is transferred to the blocks respectively;
the step of generating the first-level mapping table according to the basic information of the equipment is specifically as follows:
classifying and marking the acquired basic information of the equipment;
respectively marking seven storage blocks of the primary mapping table, wherein the marks are in one-to-one correspondence with the classification marks, and a corresponding relation is generated;
storing the basic information into a storage block of a primary mapping table according to the corresponding relation;
the step of storing the basic information into the storage block of the primary mapping table according to the corresponding relation further comprises the following steps:
each storage block of the mapping table stores an encoding algorithm;
after the storage block acquires the basic information of the equipment, the basic information is converted into codes through a coding algorithm;
the device connection relationship is as follows:
acquiring equipment to be matched which has a connection relation with the current equipment;
and forming a linkage relation between the equipment code and the port code of the current equipment and the equipment code and the port code of the equipment to be matched.
2. The machine room equipment coding method of claim 1, wherein the equipment codes comprise 4 blocks for storing equipment codes, and the 4 blocks are respectively: a cabinet code block, a resource type block, an equipment code block, and an equipment serial number block.
3. The machine room equipment encoding method of claim 1, wherein the port encoding includes 3 blocks for storing the port encoding, and the 3 blocks are respectively: port type block, slot bit block, port bit block.
4. The machine room equipment coding method according to claim 1, wherein the equipment coding conversion method is as follows:
generating three-bit cabinet codes, one-bit resource type codes, five-bit equipment codes and one-bit equipment serial number codes respectively through an encoding algorithm, and storing the three-bit cabinet codes, the one-bit resource type codes, the five-bit equipment codes and the one-bit equipment serial number codes in four storage blocks respectively;
the four storage blocks transfer codes to a cabinet code block, a resource type block, an equipment code block and an equipment serial number block respectively.
5. The machine room equipment coding method of claim 1, wherein the port coding conversion method is as follows:
respectively generating a one-bit port type code, a one-bit slot code and a two-bit port code through an encoding algorithm, and storing the codes in three storage blocks;
the three memory blocks respectively transfer the codes to a port type block, a slot bit block and a port bit block.
6. A machine room equipment encoding system, comprising:
an information acquisition module: the information acquisition module is used for acquiring basic information of equipment;
and a coding module: the coding module is used for converting the basic information of the equipment through a coding algorithm to generate equipment codes and port codes;
and (3) a configuration module: the configuration module is used for configuring the connection relation between the generated device code and the port code configuration device;
the information acquisition module is connected with the coding module, and the coding module is connected with the configuration module;
the device basic information is converted through an encoding algorithm, and the device encoding and port encoding generation specifically comprises the following steps:
generating a primary mapping table according to the basic information of the equipment, wherein the primary mapping table is provided with seven storage blocks, and each storage block is respectively stored with a unique physical address;
the first-level mapping table finds out the blocks corresponding to the physical addresses through the physical addresses, and the information in the first-level mapping table is transferred to the blocks respectively;
the step of generating the first-level mapping table according to the basic information of the equipment is specifically as follows:
classifying and marking the acquired basic information of the equipment;
respectively marking seven storage blocks of the primary mapping table, wherein the marks are in one-to-one correspondence with the classification marks, and a corresponding relation is generated;
storing the basic information into a storage block of a primary mapping table according to the corresponding relation;
the step of storing the basic information into the storage block of the primary mapping table according to the corresponding relation further comprises the following steps:
each storage block of the mapping table stores an encoding algorithm;
after the storage block acquires the basic information of the equipment, the basic information is converted into codes through a coding algorithm;
the device connection relationship is as follows:
acquiring equipment to be matched which has a connection relation with the current equipment;
and forming a linkage relation between the equipment code and the port code of the current equipment and the equipment code and the port code of the equipment to be matched.
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