CN109767104B - Engineering test task starting method based on WBS division and computer equipment - Google Patents
Engineering test task starting method based on WBS division and computer equipment Download PDFInfo
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Abstract
The invention provides an engineering test task starting method based on WBS division, which comprises the following steps: creating a WBS instance system with WBS partition instances, each WBS partition instance comprising a plurality of WBS instance nodes having a hierarchical relationship; setting parameter detection rules under each instance node in the system in advance according to industry standards; setting frequency detection rules under each WBS instance node in the system; filling the actual project quantity of the WBS division examples, starting project division detection tasks, and automatically calculating the detection quantity of the parameters to be detected of specific parts under each node by the system according to the project quantity, the parameter detection rules and the frequency detection rules to form a detection task form; the engineering division detection tasks are received through the test detection system, the detection task form needing to detect the parameters under each node is found according to the types of the detection parameters, the detection is carried out according to the task form, data is filled in, test data are automatically transmitted into WBS process nodes to be tested, data tracing is achieved, and the fact and accuracy of the data are guaranteed.
Description
Technical Field
The invention relates to an engineering test task starting method based on WBS division and computer equipment.
Background
In the building engineering, a test detection planning system and an engineering unit subsection itemizing system are separated, a detection task is issued to the test detection system according to the partition time of the engineering unit subsection itemizing system, then the test detection system starts to detect, all the detected contents are sent to the engineering unit subsection itemizing system, and the engineering unit subsection itemizing system is used for storing in a one-to-one association mode, so that engineering detection data cannot be traced to a specific part of a corresponding engineering, and relevant detection data are manually associated with the engineering entity part through manual judgment.
Disclosure of Invention
One of the technical problems to be solved by the invention is to provide a method for starting a test task of a partitioned structure tree based on an engineering type WBS, so that data tracing is automatically realized, and objectivity, authenticity and accuracy of detected data are ensured.
One of the technical problems to be solved by the invention is realized as follows: a method for dividing a structure tree test task starting based on an engineering type WBS comprises the following steps:
step 1, creating a WBS instance system, wherein the WBS instance system comprises WBS division instances, and each WBS division instance comprises a plurality of WBS instance nodes with hierarchical relationship;
step 2, setting parameter detection rules under each instance node in the system in advance according to industry standards, wherein the parameter detection rules comprise the parameter types to be detected which are specified for specific parts;
step 3, setting frequency detection rules under each WBS instance node in the system;
step 4, filling the actual engineering quantity of the WBS division example, starting an engineering division detection task, and automatically calculating the detection quantity of the parameters to be detected of specific components under each node by the system according to the filled engineering quantity, the parameter detection rule and the frequency detection rule to form a detection task form corresponding to the nodes;
and 5, receiving engineering division detection tasks through a test detection system, finding a detection task form needing to detect the parameters under each node according to the types of the detection parameters, detecting and filling data according to the task form, and automatically transmitting test data to the corresponding WBS process nodes for inspection.
Further, the WBS partition instance in step 1 is created in the following specific manner: the method comprises the steps that WBS partition templates with WBS tree hierarchical relations are created in advance according to industry standards, each WBS partition template comprises a plurality of WBS template nodes, and the names of WBS instance nodes required are modified according to the WBS template nodes, so that the WBS partition instances are created;
the WBS template nodes are created according to a tree structure form and at least comprise contract section nodes, project stage nodes, unit project nodes, subsection project nodes, sub-subsection project nodes and construction process nodes from high to low according to the hierarchy, and the WBS template nodes determine whether sub-unit nodes and sub-subsection nodes are additionally arranged in front of the construction process nodes of the lowest hierarchy or not according to the actual situation.
Further, the industry standard is set by highway engineering, municipal engineering, water transportation engineering, building engineering, railway engineering, rail traffic engineering, hydraulic and hydroelectric engineering or nuclear power engineering.
The second technical problem to be solved by the present invention is to provide a base computer device, which automatically realizes data tracing and ensures the objectivity, authenticity and accuracy of the detected data.
The second technical problem to be solved by the invention is realized as follows: a computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor when executing the program implementing the process of:
step 1, creating a WBS instance system, wherein the WBS instance system comprises WBS division instances, and each WBS division instance comprises a plurality of WBS instance nodes with hierarchical relationship;
step 2, setting parameter detection rules under each instance node in the system in advance according to industry standards, wherein the parameter detection rules comprise the parameter types to be detected assigned to specific components;
step 3, setting frequency detection rules under each WBS instance node in the system;
step 4, filling the actual engineering quantity of the WBS division example, starting an engineering division detection task, and automatically calculating the detection quantity of the parameters to be detected of specific components under each node by the system according to the filled engineering quantity, the parameter detection rule and the frequency detection rule to form a detection task form corresponding to the nodes;
and 5, receiving the project division detection tasks through the test detection system, finding a detection task form needing to detect the parameters under each node according to the types of the detection parameters, detecting and filling data according to the task form, and automatically transmitting the test data into the corresponding WBS process nodes for verification.
Further, the WBS partition instance in step 1 is created in the following specific manner: the method comprises the steps that WBS partition templates with WBS tree hierarchical relations are created in advance according to industry standards, each WBS partition template comprises a plurality of WBS template nodes, and the needed WBS instance node names are modified according to the WBS template nodes, so that the WBS partition instances are created;
the WBS template nodes are created according to a tree structure form and at least comprise contract section nodes, project stage nodes, unit project nodes, subsection project nodes, sub-subsection project nodes and construction process nodes from high to low according to the hierarchy, and the WBS template nodes determine whether sub-unit nodes and sub-subsection nodes are additionally arranged in front of the construction process nodes of the lowest hierarchy or not according to the actual situation.
Further, the industry standard is set for highway engineering, municipal engineering, water transport engineering, building engineering, railway engineering, rail traffic engineering, hydraulic and hydroelectric engineering or nuclear power engineering.
The invention has the following advantages: the WBS plan is used as a core foundation, difference of test parameters and test frequency of various types of process nodes is detected according to different engineering types, WBS process node parameter detection rules are set, test detection tasks are distributed by dividing and executing the starting of the WBS nodes, test detection work is started, a test detection system receives corresponding test detection tasks and returns test detection results to the corresponding WBS nodes, test data are automatically transmitted to the WBS process nodes for testing, and authenticity of the test detection frequency and the test detection data of an engineering entity in the construction process is ensured.
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The invention will be further described with reference to the following examples with reference to the accompanying drawings.
FIG. 1 is a flow chart of the method of the present invention.
Detailed Description
As shown in fig. 1, the engineering test task starting method based on WBS partition of the present invention includes the following steps:
step 1, creating a WBS instance system, wherein the WBS instance system comprises WBS division instances, and each WBS division instance comprises a plurality of WBS instance nodes with a hierarchical relationship;
step 2, setting parameter detection rules under each instance node in the system in advance according to industry standards, wherein the parameter detection rules comprise the parameter types to be detected which are appointed to specific parts, for example, the parameter types to be detected which are set at concrete pouring nodes under a certain highway engineering comprise roadbed compactness and the like;
step 3, setting frequency detection rules under each WBS example node in the system, for example, setting a frequency detection rule according to the specification under a certain concrete pouring node as follows: detecting 4 roadbed compactedness of 200 m double lanes;
step 4, filling the actual engineering quantity of the WBS division example, starting an engineering division detection task, automatically calculating the detection quantity of parameters to be detected of specific components under each node by the system according to the filled engineering quantity, the parameter detection rule and the frequency detection rule, and forming a detection task form corresponding to the node, for example, according to four lanes with the engineering quantity of 1km, the corresponding parameter detection rule is a roadbed compactness parameter detection type, and the frequency detection rule is 4 points detected in two lanes with the length of 200 m, then automatically calculating the required detection quantity of 40 points by the system according to the data, and forming a corresponding detection task form;
and 5, receiving engineering division detection tasks through a test detection system, finding a detection task form needing to detect the parameters under each node according to the types of the detection parameters, detecting and filling data according to the task form, and automatically transmitting test data to the corresponding WBS process nodes for inspection.
In a preferred embodiment, the WBS partition instance in step 1 is created in the following manner: the method comprises the steps that WBS partition templates with WBS tree hierarchical relations are created in advance according to industry standards, each WBS partition template comprises a plurality of WBS template nodes, and the needed WBS instance node names are modified according to the WBS template nodes, so that the WBS partition instances are created;
the WBS template nodes are created according to a tree structure form and at least comprise contract section nodes, project stage nodes, unit project nodes, subsection project nodes, sub-subsection project nodes and construction process nodes from high to low according to the hierarchy, and the WBS template nodes determine whether sub-unit nodes and sub-subsection nodes are additionally arranged in front of the construction process nodes of the lowest hierarchy or not according to the actual situation.
The industrial standard is set by highway engineering, municipal engineering, water transportation engineering, building engineering, railway engineering, rail traffic engineering, water conservancy and hydropower engineering or nuclear power engineering.
Based on the method of the invention, the computer equipment of the invention is realized by the following steps: a computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor when executing the program implementing the process of:
step 1, creating a WBS instance system, wherein the WBS instance system comprises WBS division instances, and each WBS division instance comprises a plurality of WBS instance nodes with a hierarchical relationship;
step 2, setting parameter detection rules under each instance node in the system in advance according to industry standards, wherein the parameter detection rules comprise the step of appointing parameter types to be detected for specific parts, for example, setting the parameter types to be detected at concrete pouring nodes under a certain highway engineering, such as roadbed compactness and the like;
step 3, setting frequency detection rules under each WBS instance node in the system, for example, setting a frequency detection rule under a certain concrete pouring node according to a specification as follows: detecting 4 roadbed compactedness by a 200-meter double lane;
step 4, filling the actual engineering quantity of the WBS division example, starting an engineering division detection task, automatically calculating the detection quantity of parameters to be detected of specific components under each node by the system according to the filled engineering quantity, the parameter detection rule and the frequency detection rule, and forming a detection task form corresponding to the node, for example, according to four lanes with the engineering quantity of 1km, the corresponding parameter detection rule is a roadbed compactness parameter detection type, and the frequency detection rule is 4 points detected in two lanes with the length of 200 m, then automatically calculating the required detection quantity of 40 points by the system according to the data, and forming a corresponding detection task form;
and 5, receiving engineering division detection tasks through a test detection system, finding a detection task form needing to detect the parameters under each node according to the types of the detection parameters, detecting and filling data according to the task form, and automatically transmitting test data to the corresponding WBS process nodes for inspection.
In a preferred embodiment, the WBS partition instance in step 1 is created in the following manner: the method comprises the steps that WBS partition templates with WBS tree hierarchical relations are created in advance according to industry standards, each WBS partition template comprises a plurality of WBS template nodes, and the needed WBS instance node names are modified according to the WBS template nodes, so that the WBS partition instances are created;
the WBS template nodes are created according to a tree structure form and at least comprise contract section nodes, project stage nodes, unit project nodes, subsection project nodes, sub-subsection project nodes and construction process nodes from high to low according to the hierarchy, and the WBS template nodes determine whether sub-unit nodes and sub-subsection nodes are additionally arranged in front of the construction process nodes of the lowest hierarchy or not according to the actual situation.
The industrial standard is set by highway engineering, municipal engineering, water transportation engineering, building engineering, railway engineering, rail traffic engineering, water conservancy and hydropower engineering or nuclear power engineering.
The WBS project is taken as a core foundation, the difference of test parameters and test frequencies of various process node detection is determined according to different project types, WBS process node parameter detection rules and detection frequency rules are preset, test detection tasks are distributed by dividing and executing the starting of the WBS nodes, test detection work is started, a test detection system receives corresponding test detection tasks and returns test detection results to the corresponding WBS nodes, test data are automatically transmitted to the WBS process nodes for inspection, data tracing can be realized without manually searching for association, the error rate caused by manual operation is reduced, the test detection frequency and the authenticity and the accuracy of the test detection data of a project entity in the construction process are ensured, and the project efficiency is improved.
While specific embodiments of the invention have been described, it will be understood by those skilled in the art that the specific embodiments described are illustrative only and are not limiting upon the scope of the invention, as equivalent modifications and variations as will be made by those skilled in the art in light of the spirit of the invention are intended to be included within the scope of the appended claims.
Claims (4)
1. A WBS division-based engineering test task starting method is characterized in that: the method comprises the following steps:
step 1, creating a WBS instance system, wherein the WBS instance system comprises WBS division instances, and each WBS division instance comprises a plurality of WBS instance nodes with a hierarchical relationship;
the WBS partition instance is created in the following manner: the method comprises the steps that WBS partition templates with WBS tree hierarchical relations are created in advance according to industry standards, each WBS partition template comprises a plurality of WBS template nodes, and the needed WBS instance node names are modified according to the WBS template nodes, so that the WBS partition instances are created;
step 2, setting parameter detection rules under each instance node in the system in advance according to industry standards, wherein the parameter detection rules comprise the parameter types to be detected which are specified for specific parts;
the industrial standard is set by highway engineering, municipal engineering, water transport engineering, building engineering, railway engineering, rail traffic engineering, water conservancy and hydropower engineering or nuclear power engineering;
step 3, setting frequency detection rules under each WBS instance node in the system;
step 4, filling the actual project quantity of the WBS division examples, starting project division detection tasks, and automatically calculating the detection quantity of the parameters to be detected of specific parts under each node by the system according to the filled project quantity, the parameter detection rules and the frequency detection rules to form a detection task form corresponding to the nodes;
and 5, receiving the project division detection tasks through the test detection system, finding a detection task form needing to detect the parameters under each node according to the types of the detection parameters, detecting according to the task form, filling in data, and automatically transmitting the test data into WBS process nodes for inspection.
2. The WBS partitioning-based engineering test task starting method according to claim 1, wherein: the WBS template nodes are created according to a tree structure form and at least comprise contract section nodes, project stage nodes, unit project nodes, subsection project nodes, sub subsection project nodes and construction process nodes from high to low according to the hierarchy, and the WBS template nodes determine whether sub unit nodes and sub subsection nodes are additionally arranged in front of the construction process nodes of the lowest hierarchy or not according to the actual situation.
3. A computer device comprising a memory, a processor, and a computer program stored on the memory and executable on the processor, wherein: the processor implements the following processes when executing the program:
step 1, creating a WBS instance system, wherein the WBS instance system comprises WBS division instances, and each WBS division instance comprises a plurality of WBS instance nodes with a hierarchical relationship;
the WBS partition instance is created in the following specific manner: the method comprises the steps that WBS partition templates with WBS tree hierarchical relations are created in advance according to industry standards, each WBS partition template comprises a plurality of WBS template nodes, and the names of WBS instance nodes required are modified according to the WBS template nodes, so that the WBS partition instances are created;
step 2, setting parameter detection rules under each instance node in the system in advance according to industry standards, wherein the parameter detection rules comprise the parameter types to be detected which are specified for specific parts;
the industrial standard is set by highway engineering, municipal engineering, water transportation engineering, building engineering, railway engineering, rail traffic engineering, water conservancy and hydropower engineering or nuclear power engineering;
step 3, setting frequency detection rules under each WBS instance node in the system;
step 4, filling the actual engineering quantity of the WBS division example, starting an engineering division detection task, and automatically calculating the detection quantity of the parameters to be detected of specific components under each node by the system according to the filled engineering quantity, the parameter detection rule and the frequency detection rule to form a detection task form corresponding to the nodes;
and 5, receiving engineering division detection tasks through a test detection system, finding a detection task form needing to detect the parameters under each node according to the types of the detection parameters, detecting according to the task form, filling data, and automatically transmitting test data into WBS process nodes to report and check.
4. The computer device of claim 3, wherein: the WBS template nodes are created according to a tree structure form and at least comprise contract section nodes, project location stage nodes, unit project nodes, subsection project nodes, sub-subsection project nodes and construction process nodes from high to low according to the hierarchy, and the WBS template nodes determine whether sub-unit nodes and sub-subsection nodes are additionally arranged in front of the construction process node of the most sub-level according to the actual situation.
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| CN103377411A (en) * | 2012-04-27 | 2013-10-30 | 国际商业机器公司 | Method and system for generating WBS model data |
| CN105160406A (en) * | 2015-09-02 | 2015-12-16 | 中联重科股份有限公司 | Method, device and system for processing detection data of engineering mechanical equipment |
| CN107622355A (en) * | 2017-09-30 | 2018-01-23 | 长江勘测规划设计研究有限责任公司 | Digital management system and method for project group construction process |
| CN108563206A (en) * | 2018-04-17 | 2018-09-21 | 西安交通大学 | A kind of production process control method based on flow instance |
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| GB2383866A (en) * | 2000-05-09 | 2003-07-09 | Fair Isaac And Company | Approach for generating rules |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103377411A (en) * | 2012-04-27 | 2013-10-30 | 国际商业机器公司 | Method and system for generating WBS model data |
| CN105160406A (en) * | 2015-09-02 | 2015-12-16 | 中联重科股份有限公司 | Method, device and system for processing detection data of engineering mechanical equipment |
| CN107622355A (en) * | 2017-09-30 | 2018-01-23 | 长江勘测规划设计研究有限责任公司 | Digital management system and method for project group construction process |
| CN108563206A (en) * | 2018-04-17 | 2018-09-21 | 西安交通大学 | A kind of production process control method based on flow instance |
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