CN110570109A - Data center full life cycle integrated service test process supervision system - Google Patents
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Abstract
The invention discloses a data center full life cycle integrated service test process supervision system, which belongs to the field of construction supervision, and comprises a test verification module, a project implementation module and a supervision module, wherein the test verification module is used for realizing the following processes: the method comprises a starting stage, a drawing verification stage, a site reconnaissance stage, a preparation stage before site test, a site test stage and a service report compiling stage, wherein service requirement analysis is carried out through each stage, and online platform support is carried out according to proper contents; the project implementation module is used for testing in the implementation process and reviewing the implementation completion; the supervision module is used for updating the real-time progress state and tracking the brief report; through the acquisition and analysis of historical data in the construction process and the operation process of the data centers, the objectivity and the data evaluation of the platform on each data center can be realized, the data has traceability, the efficiency of project information acquisition is improved, meanwhile, the phenomena of data tampering and the like can be avoided, and the service capacity is improved.
Description
Technical Field
the invention belongs to the technical field of construction supervision, and particularly relates to a data center full-life-cycle comprehensive service test process supervision system.
Background
The existing data center is built, the construction scheme is complex, risk management and control need to be emphasized, and state monitoring and progress control need to be carried out in the construction process. In the traditional service mode, an engineer forms a record through a paper file and stores the record for storage after collecting data on site. With the increase of the size and complexity of the data center, the existing management scheme cannot cover the full-flow management of the data center from scheme design to construction to final operation and maintenance. The standardization of the data center construction progress control and detection mode is not facilitated.
Disclosure of Invention
The invention aims to provide a data center full-life-cycle comprehensive service test process supervision system which is used for realizing the management, control and detection of a data center on construction progress.
In order to achieve the purpose, the invention provides the following technical scheme: a data center full life cycle integrated service test process supervision system comprises a test verification module, a project implementation module and a supervision module, wherein the test verification module is used for realizing the following processes: the method comprises a starting stage, a drawing verification stage, a site reconnaissance stage, a preparation stage before site test, a site test stage and a service report compiling stage, wherein service requirement analysis is carried out through each stage, and online platform support is carried out according to proper contents; the project implementation module is used for testing in the implementation process and reviewing the implementation completion; the supervision module is used for updating the real-time progress state and tracking the brief report, and the supervision module is used for supervising the project implementation module.
Preferably, the start-up phase comprises the following: establishing a project data storage space; performing project implementation bottom-crossing; preliminarily building a team; establishing an item address book; establishing a project WeChat group; collecting main data for test and verification; and (5) sorting, distributing and collecting main testing and verifying data.
Preferably, the main data of test verification is collected, wherein the data includes drawings, bidding data, equipment list and main logic data.
Preferably, the drawing verification stage includes the following steps: reading the data of the system to be tested; researching project characteristics and proposing load requirements; and (5) making a test verification overall scheme and an overall progress plan.
Preferably, the site reconnaissance stage comprises the following: knowing the field construction progress; extracting and checking system equipment redundancy logic; knowing the actual layout of the actual machine room; making a test verification implementation technical scheme; a table for test verification recording is compiled.
Preferably, the preparation stage before field test includes the following contents: determining project members and organization frameworks; sending the template file to a client; applying for a real-time testing tool; the test instrument is picked up, checked and cross checked; applying for implementing test load and logistics requirements; an internal gas generation test verifies an approach; testing team scene background; the load reaches the site and is carried for the second time; arranging a site; deploying a test load; checking for static conditions; checking a test verification precondition; debugging a witness system; the opinion of the service side is explained.
Preferably, the field test stage comprises the following steps of carrying out field test verification work according to a test verification progress plan; carrying out daily meeting; testing and verifying daily reports on the same day; making a test verification record form and taking a photo; making a summary table of problems found in test and verification; and (4) removing the load.
preferably, the service report preparation stage comprises the following steps of establishing a document structure of the test verification service report; compiling a test verification service report by each specialty; according to the test and verification item data list, all data during the item implementation period are summarized.
Preferably, the project implementation module specifically implements clerical administration, test implementation and report review; the clerical management is used for inputting the project, associating the test equipment and distributing the project after the association is finished; the project responsible person makes a test plan according to the project task, carries out field exploration according to the plan, starts the project, carries out daily test, synchronizes the result, summarizes the current day, dispatches the next day again, and finishes implementation; the report review comprises data approval, expert approval, technical review, document arrangement, output and data supplement.
the invention has the beneficial effects that: through the real-time acquisition of the parameters of the project operation process, an engineer feeds back the engineering construction progress information and the machine room test data to the master control center in real time, and the real-time data refreshing of the platform master control center is realized. Based on a big data analysis technology, through acquisition and analysis of historical data of the data center construction process and the operation process, the objective and data evaluation of each data center by the platform can be realized. The data has traceability, the project information acquisition efficiency is improved, meanwhile, the phenomena of data tampering and the like can be avoided, and the industrial behaviors are standardized; the progress of competitors is promoted, and the average service capacity of the industry is improved.
Drawings
FIG. 1 is a block diagram of a data center full-life-cycle integrated service test process monitoring system provided by the present invention;
FIG. 2 is a schematic diagram of a work flow of a test verification module of a data center full-life-cycle integrated service test process supervision system according to the present invention;
FIG. 3 is a schematic diagram of a workflow of a project implementation module of a data center full-life-cycle integrated service test process supervision system according to the present invention;
Detailed Description
In order to further understand the contents, features and effects of the present invention, the following embodiments are illustrated and described in detail with reference to the accompanying drawings.
Referring to fig. 1-3, a data center full-life-cycle integrated service test process monitoring system according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.
Referring to fig. 1, the data center full-life-cycle integrated service test process supervision system includes a test verification module, a project implementation module, and a supervision module, where the test verification module is configured to implement the following processes: the method comprises a starting stage, a drawing verification stage, a site reconnaissance stage, a preparation stage before site test, a site test stage and a service report compiling stage, wherein service requirement analysis is carried out through each stage, and online platform support is carried out according to proper contents; the project implementation module is used for testing in the implementation process and reviewing the implementation completion; the supervision module is used for updating the real-time progress state and tracking the brief report, and the supervision module is used for supervising the project implementation module.
As shown in fig. 2, the startup phase includes the following: establishing a project data storage space; performing project implementation bottom-crossing; a preliminary component team; establishing an item address book; establishing a project WeChat group; collecting main data for test and verification; collecting main testing and verifying data by sorting and distributing; the main collected test and verification data includes drawings, bidding data, equipment list and main logic data.
Further, the drawing verification stage comprises studying and reading the system data to be tested, wherein the system data mainly comprises system structure, main setting configuration, redundancy characteristic, operation logic and special design requirements, and when the system data is studied and read, the characteristics of the project are researched and the load requirement is put forward, wherein the characteristics comprise the aspects of the type, the quantity, the layout diagram and the like of the project; and (5) making a test verification overall scheme and an overall progress plan.
Further, the site reconnaissance phase includes the following: knowing the field construction progress, further checking the consistency of the established entity and the system design, and checking the index parameters of the main equipment; extracting and checking system equipment redundancy logic; knowing the actual layout of the actual machine room is as follows: switch (breaker) specification, rack power interface type; making a test verification implementation technical scheme; a table for test verification recording is compiled.
Further, the preparation stage before field test includes the following contents: determining project members and organization frameworks; sending the template file to a client; applying for a real-time testing tool; the test instrument is picked up, checked and cross checked; applying for implementing test load and logistics requirements; internal application tests verify approach, such as human resources. Equipment resources, project site progress plans and self-detection conditions of construction units on site; testing team scene background; the load reaches the site and is carried for the second time; arranging a command center site, and placing site safety warning; deploying a test load; checking for static conditions; checking a test verification precondition; debugging a witness system; the service side comments are as follows: and identifying whether the test verification condition is met, developing the risk possibly existing in the system test, comparing the contract clause requirements, and judging the feasibility of developing the test verification.
Further, the field test stage comprises the following steps of carrying out field test verification work according to a test verification progress plan; carrying out daily meeting, wherein the daily meeting comprises a meeting at the bottom of each morning, explaining test matching requirements and risks to a matching unit, and solving main problems found by test verification in the past day, and further comprising a summary meeting and a summary of various test results in the present day; testing and verifying daily reports on the same day; making a test verification record form and taking a photo; making a summary table of problems found in test and verification; and (4) removing the load.
Further, the service report compiling stage comprises the following steps of establishing a document structure of the test verification service report; compiling a test verification service report by each specialty; according to the test and verification item data list, all data during the item implementation period are summarized.
As shown in fig. 3, the clerical administration includes entry of items, association of test devices, and distribution of items after association is completed; the test implementation unit comprises project personnel for receiving project tasks, project responsible persons for making a test plan according to the project tasks, carrying out field exploration according to the plan, starting the project, carrying out daily test, synchronizing the result, summarizing the day, dispatching again the next day and completing implementation; the report review comprises data approval, expert approval, technical review, document arrangement, output and data supplement; after test verification is completed, the project is input to associated test equipment, project distribution is carried out, the project is distributed to project personnel, the project personnel receive project tasks, at the moment, project managers make test plans and carry out field exploration, if the field exploration passes, the project is started, daily tests are carried out again, results are synchronized to a report review unit, data approval is carried out, on-day summary is carried out after the daily tests are completed, and dispatching is carried out on the next day, engineering implementation is carried out, after implementation is completed, expert approval is carried out, technical review is further carried out, data supplement can be carried out during technical review, document arrangement is carried out after the technical review is completed, and reports are output.
The working principle of the invention is as follows: performing service requirement analysis through a test verification module, and performing online platform support aiming at proper content; in the project implementation module, the progress degree of each program and the final completion time limit of the project are managed, a reasonable and economic progress plan is drawn up in a specified time, the project can be guaranteed to realize the overall target under the premise of meeting the time constraint condition of the project, the project is supervised by the supervision module, and the supervision is further carried out by updating the real-time state of the progress, namely the operation process of setting the real-time state of the progress of the test verification progress control management is carried out, and a user can carry out the operation of setting the test verification progress control management through the real-time state of the progress of the test verification progress control management; the progress tracking briefing function can be used for supervision, a user is helped to manage the progress tracking briefing for the test verification progress control management, and the test verification progress control management operation is carried out on the progress tracking briefing.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (9)
1. The data center full-life-cycle integrated service test process supervision system is characterized by comprising a test verification module, a project implementation module and a supervision module, wherein the test verification module is used for realizing the following processes: the method comprises a starting stage, a drawing verification stage, a site reconnaissance stage, a preparation stage before site test, a site test stage and a service report compiling stage, wherein service requirement analysis is carried out through each stage, and online platform support is carried out according to proper contents; the project implementation module is used for testing in the implementation process and reviewing the implementation completion; the supervision module is used for updating the real-time progress state and tracking the brief report, and the supervision module is used for supervising the project implementation module.
2. The data center full-life-cycle integrated service test process supervision system according to claim 1, wherein the start-up phase comprises the following: establishing a project data storage space; performing project implementation bottom-crossing; preliminarily building a team; establishing an item address book; establishing a project WeChat group; collecting main data for test and verification; and (5) sorting, distributing and collecting main testing and verifying data.
3. The system of claim 2, wherein the collected data includes data on drawings, bidding data, equipment list, and main logic.
4. The data center full-life-cycle integrated service test progress supervision system according to claim 1, wherein the drawing verification stage specifically includes the following contents: reading the data of the system to be tested; researching project characteristics and proposing load requirements; and (5) making a test verification overall scheme and an overall progress plan.
5. The system of claim 1, wherein the site survey stage comprises the following steps: knowing the field construction progress; extracting and checking system equipment redundancy logic; knowing the actual layout of the actual machine room; making a test verification implementation technical scheme; a table for test verification recording is compiled.
6. The system of claim 1, wherein the pre-field test preparation stage comprises the following steps: determining project members and organization frameworks; sending the template file to a client; applying for a real-time testing tool; the test instrument is picked up, checked and cross checked; applying for implementing test load and logistics requirements; an internal application test verifies approach; testing team scene background; the load reaches the site and is carried for the second time; arranging a site; deploying a test load; checking for static conditions; checking a test verification precondition; debugging a witness system; the opinion of the service side is explained.
7. The data center full-life-cycle integrated service test progress supervision system according to claim 1, wherein the field test stage specifically comprises developing field test verification work according to a test verification progress plan; carrying out daily meeting; testing and verifying daily reports on the same day; making a test verification record form and taking a photo; making a summary table of problems found in test and verification; and (4) removing the load.
8. The data center full-life-cycle integrated service test progress supervision system according to claim 1, wherein the service report preparation stage specifically comprises formulating a document structure of a test validation service report; compiling a test verification service report by each specialty; according to the test and verification item data list, all data during the item implementation period are summarized.
9. The data center full-life-cycle integrated service test progress supervision system according to claim 1, wherein the project implementation module specifically implements clerk management, test implementation and report review; the clerical management is used for inputting the project, associating the test equipment and distributing the project after the association is finished; the project responsible person makes a test plan according to the project task, carries out field exploration according to the plan, starts the project, carries out daily test, synchronizes the result, summarizes the current day, dispatches the next day again, and finishes implementation; the report review comprises data approval, expert approval, technical review, document arrangement, output and data supplement.
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Cited By (3)
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| CN111105333A (en) * | 2019-12-30 | 2020-05-05 | 苏州工业园区测绘地理信息有限公司 | Intelligent transportation professional operation service management system and method |
| CN111461665A (en) * | 2020-04-03 | 2020-07-28 | 肖化飞 | Intelligent and digital monitoring system for product project process |
| CN114357044A (en) * | 2021-12-28 | 2022-04-15 | 南威软件股份有限公司 | Big data full life cycle management method, system and application based on-duty tracking |
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| CN110009116A (en) * | 2019-03-05 | 2019-07-12 | 广州市城市规划勘测设计研究院 | Civil air defense constructions and installations lifecycle management system |
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