CN116521947A - Method for customizing engineering object and engineering document dynamic directory tree - Google Patents

Abstract

The invention relates to a method for customizing engineering objects and engineering document dynamic directory trees, which comprises the following steps: engineering object classification and engineering document classification object establishment; updating classification attributes of the engineering objects and the engineering documents; establishing association of the engineering object and engineering object classification based on the classification attribute; establishing association of the engineering document and the engineering document classification based on the classification attribute; defining directory tree configuration rules and customizing engineering objects and engineering document directory tree configuration files; and dynamically displaying the directory tree and reflecting the condition of the associated object under each hierarchical node. According to the invention, the engineering objects and the engineering documents are displayed in the form of tree classification structures, so that certain objects can be rapidly positioned according to the classification of the engineering objects and the engineering documents in the actual engineering application, the problems that the classification and the retrieval of the engineering objects and the engineering documents are inconvenient, the management is scattered and the objects cannot be dynamically displayed on the basis of directory trees in the prior art are well solved, and the query and management efficiency of project data and documents is greatly improved.

Description

Method for customizing engineering object and engineering document dynamic directory tree

Technical Field

The invention belongs to the technical field of data processing, and particularly relates to a method for customizing an engineering object and an engineering document dynamic directory tree.

Background

Under the technical development of engineering data management, engineering document management, digital delivery, intelligent factories and the like, engineering objects and engineering documents become important management objects for factory intelligent operation and maintenance. However, at present, classification management of engineering objects and engineering documents is still difficult, most of existing engineering objects and engineering document directory trees are fixed, dynamic change conditions of the whole factory engineering objects and engineering documents based on the directory trees cannot be reflected in time, and especially associated object information in the directory trees cannot be seen intuitively.

The classification of the engineering objects and the engineering documents is mostly embodied in the form of self attributes or association relations, when the engineering objects or the engineering documents are subjected to change management, the engineering objects or the engineering documents can be updated only based on the attributes or the association relations of the objects, and along with the promotion of engineering digital delivery projects, a large number of engineering objects and engineering documents in a factory are added, deleted, updated and the like. Therefore, the change conditions of the whole factory engineering objects and engineering documents can not be mastered in time in the actual engineering application, so that the problems of dispersion and inefficiency in data and document retrieval and management exist.

In addition, different users of the same company have different emphasis on data, and therefore, the format requirements on the tree structure are different. In the past, the targeted development is usually required to be carried out aiming at different tree structure requirements, the implementation workload and difficulty are large, and the popularization and the use of data are inconvenient.

Disclosure of Invention

The invention aims to provide a method for customizing engineering objects and engineering document dynamic directory trees, which aims to solve the problems that the classification and retrieval of engineering objects and engineering documents are unchanged, the management is scattered and the objects cannot be dynamically displayed based on the directory trees in the prior art center.

In order to achieve the above object, the present invention provides a method for customizing an engineering object and an engineering document dynamic directory tree, comprising the following steps:

s101, project object classification and project document classification object establishment;

s102, updating classification attributes of engineering objects and engineering documents;

s103, establishing association between the engineering object and the engineering object classification based on the classification attribute;

s104, establishing association between the engineering document and the engineering document classification based on the classification attribute;

s105, defining directory tree configuration rules and customizing engineering objects and engineering document directory tree configuration files;

s106, dynamically displaying the directory tree and reflecting the associated object condition under each hierarchical node.

According to the invention, the engineering objects and the engineering documents are displayed in the form of tree classification structures, so that a certain class of objects can be rapidly positioned according to the classification of the engineering objects and the engineering documents in the actual engineering application, the problems that the classification and the retrieval of the engineering objects and the engineering documents are inconvenient, the management is scattered and the objects cannot be dynamically displayed based on directory trees in the prior art are well solved, and the query and management efficiency of project data and documents is greatly improved.

The technical scheme of the invention is further optimized as follows:

in the step S101, the method for establishing the object includes:

excel exports XML and NLF data files;

analyzing XML and NLF data files;

and establishing a classification object.

In step S102, specifically, the method includes:

judging whether the engineering object and the engineering document attribute are classified attributes, if so, marking, updating the classified attributes after the subsequent classified information is acquired, otherwise, giving up;

extracting file information for storing engineering objects and engineering document classification data;

and updating the classified data information to the corresponding classified attribute.

The specific association manner of step S103 is as follows: and analyzing the classification rule of the engineering object, and establishing an association relation between the engineering object entity and the corresponding classification entity based on the engineering object classification rule.

The specific association manner of step S104 is as follows: and analyzing the classification rule of the engineering document, and establishing an association relation between the engineering document entity and the corresponding classification entity based on the engineering document classification rule.

The step S105 specifically includes:

defining directory tree customizing rules, customizing engineering objects and engineering document directory tree contents according to the rules, and storing the directory tree customizing contents in a file form.

The step S106 specifically includes:

s1061, acquiring engineering objects and engineering document classification data in a database and establishing a tree structure;

s1062, extracting the association condition of the engineering object and the classification object.

The obtaining step S1061 includes:

adopting a relational database operation technology;

and/or

A data relationship analysis technique;

and/or

The visual display technology of Angular, HTML & CSS acquires engineering objects and engineering document classification data in a database and builds a tree structure.

The step S1062 includes:

acquiring the association information of the engineering object, the engineering document and the classification;

and visually displaying the association information of the engineering object and the engineering document with the classification based on the classification directory tree.

According to the invention, through the freely configured rule configuration file, the classified attribute of the engineering object or the engineering document can be used as the hierarchical node of the directory tree, so that the problems that the engineering object or the engineering document can only be independently inquired and operated are solved, the application efficiency of the digital delivery data is greatly improved, and a foundation is laid for more application scenes of the digital delivery data.

Further, the method and the device manually customize the configuration file by defining the directory tree configuration rule to obtain the attribute or classification associated information of the engineering object or the engineering document; based on front-end visual display technologies such as Angular, HTML and CSS, the acquired attribute or associated information is orderly displayed according to a certain organization mode to form a dynamic tree-shaped display structure, so that the problem that engineering objects and documents can only be inquired and operated in a scattered and independent mode is further solved, and the application efficiency and application prospect of digital delivery data are improved. For example, when viewing the same batch of documents, a user can select the tree structure of "device > specialty > document classification" for viewing, and B user can select the tree structure of "specialty > device > digit number > document classification" for viewing.

Additional features and advantages of the invention will be set forth in the detailed description which follows.

Drawings

The foregoing and other objects, features and advantages of the invention will be apparent from the following more particular descriptions of exemplary embodiments of the invention as illustrated in the accompanying drawings wherein like reference numbers generally represent like parts throughout the exemplary embodiments of the invention.

FIG. 1 is a flow chart of a method for customizing an engineering object and an engineering document dynamic directory tree according to one embodiment of the present invention.

FIG. 2 is a flow chart of a method for customizing an engineering object and an engineering document dynamic directory tree according to one embodiment of the present invention.

FIG. 3 is a schematic diagram of an active directory tree custom configuration file structure according to one embodiment of the present invention.

FIG. 4 is a diagram of an engineering object dynamic directory tree presentation according to an embodiment of the present invention.

FIG. 5 is a schematic diagram of an engineering object dynamic directory tree node object presentation according to one embodiment of the invention.

The characters in fig. 3, 4 and 5 are not in the protection scope of the technical solution, and the characters do not affect the protection scope of the invention.

Description of the embodiments

Preferred embodiments of the present invention will be described in more detail below. While the preferred embodiments of the present invention are described below, it should be understood that the present invention may be embodied in various forms and should not be limited to the embodiments set forth herein.

As shown in FIG. 1, a method for customizing an engineering object and an engineering document dynamic directory tree comprises the following specific steps:

s101, project object classification and project document classification object establishment

The engineering object classification and engineering document classification may be classification entities developed based on files, databases, software platforms, etc., which may be created by editing or configuring various types of files, databases, software platforms, etc.

The method for establishing the engineering object classification and the engineering document classification objects comprises the following steps:

excel exports XML and NLF data files;

analyzing XML and NLF data files;

and establishing a classification object.

The entity bearing mode of the classified object can be a file, a database or a platform, the source data of the classified object is stored in the form of an Excel file, a corresponding XML or NLF file is generated based on the Excel file, and the classified object entity is constructed through analysis of the XML or NLF file.

S102, updating classification attribute of engineering object and engineering document

The classification attribute is the basis for judging the classification of the engineering object or the engineering document and creating the dynamic directory tree, and is also the node information displayed by the dynamic directory tree. For example, the pipeline type objects can be classified based on the attribute of pipeline material grade, and the pipeline type objects can be classified based on the attribute of nominal diameter, wherein the pipeline material grade and the nominal diameter are the classified attributes of the pipeline objects.

The classification attribute is the basis for the association of the engineering object or the engineering document and the dynamic directory tree, the classification attribute information can be imported into the engineering object or the engineering document database based on Excel table statistics and by means of an updating tool, and the classification attribute information of the engineering object or the engineering document can be manually input in an interface mode. Based on the classification attribute information, the classification attribute information is verified through classification existing in the classification library, so that the accuracy of classification attribute information input is ensured.

The updating of the classification attribute of the engineering object and the engineering document specifically comprises the following steps:

judging whether the engineering object and the engineering document attribute are classified attributes or not;

if the classification attribute is the classification attribute, marking the corresponding classification attribute, updating the classification attribute after the subsequent classification information is acquired, otherwise, giving up;

extracting file information for storing engineering objects and engineering document classification data;

the classification data of the engineering objects and the engineering documents are required to be extracted from the corresponding files according to the requirements of classification attributes, and the extracted data can be stored in a corresponding list form;

and updating the classified data information to the corresponding classified attribute.

And importing the classification list into a database where the engineering object and the engineering document are located through a data information importing tool according to the classification attribute information to be updated, so as to complete updating of the classification data information.

S103, establishing association between engineering objects and engineering object classification based on classification attribute

And analyzing the classification rule of the engineering object, and establishing an association relation between the engineering object entity and the corresponding classification entity based on the engineering object classification rule. For example, a user establishes an association between an actual engineering object and such like entities as "static equipment," "dynamic equipment," "instrumentation," "electrical," "plumbing," and the like.

S104, establishing association between engineering document and engineering document classification based on classification attribute

And analyzing the classification rule of the engineering document, and establishing an association relation between the engineering document entity and the corresponding classification entity based on the engineering document classification rule. For example, a user establishes an association between an actual engineering document and such similar entities as "smart PID drawings", "models", "as built drawings", "vendor documents".

S105, defining directory tree configuration rules and customizing engineering objects and engineering document directory tree configuration files

The construction of the directory tree is based on a certain rule, the dynamic directory tree structure can be configured by defining a certain data structure form, the configuration rule can realize flexible adjustment of the directory tree, and the directory tree information can be dynamically displayed according to the data information.

The defining the directory tree configuration rule and customizing the engineering object and the engineering document directory tree configuration file specifically comprises the following steps:

defining directory tree configuration rules;

the directory tree configuration rule meets the flexible and convenient applicable principle, can simultaneously meet the customization of more than two different types of trees such as engineering objects, engineering documents and the like, and can specify specific attributes according to the needs to be displayed in the form of directory trees.

And customizing the project object and project document directory tree contents according to the rules, and storing the directory tree customized contents.

Determining a storage form of the directory tree customized content;

the customized content of the directory tree is stored in a file form, so that a customized file can be obtained, and a user can edit and modify the customized file at any time;

the method can store the XML format file, can meet the requirements of editing and reading in various forms, and is convenient for intuitively reading the customized information. The custom file contains directory tree configuration information, classification attribute information of engineering objects and engineering documents, and association relation information of engineering objects, engineering object classifications and engineering documents and engineering document classifications.

S106, dynamically displaying the directory tree and reflecting the associated object condition under each hierarchical node

The directory tree is dynamically displayed as that the directory tree can be synchronously changed into the directory tree according to the data change in the project database, and node change and the change of the associated object under each layer of nodes are synchronously performed in the display of the directory tree information.

When the information in the project database is modified or added, the information can be synchronously reflected on the directory tree, and when the object information under each layer of nodes is checked, the latest data is synchronously obtained from the project database and updated and displayed.

The method for dynamically displaying the directory tree and reflecting the associated object condition under each hierarchical node specifically comprises the following steps:

s1061, acquiring engineering objects and engineering document classification data in a database and establishing a tree structure;

s1062, extracting the association condition of the engineering object and the classification object.

Extracting directory tree configuration information in a custom file, displaying directory tree nodes in a visual mode based on classification attributes appointed in the custom file, automatically updating data information in a project database to the directory tree in a background mode, acquiring association information of engineering objects or engineering documents in the project database based on association relation information in the custom file, and visually displaying under classification nodes corresponding to the directory tree.

The obtaining the classification data of the engineering objects and the engineering documents in the database and establishing a tree structure comprises the following steps:

adopting a relational database operation technology;

and/or

A data relationship analysis technique;

and/or

The visual display technology of Angular, HTML & CSS acquires engineering objects and engineering document classification data in a database and builds a tree structure.

The extracting the association condition of the engineering object and the engineering document with the classification object comprises the following steps:

acquiring the association information of the engineering object, the engineering document and the classification;

and visually displaying the association information of the engineering object and the engineering document with the classification based on the classification directory tree.

Examples

As shown in FIG. 2, the method for customizing the engineering object and the engineering document dynamic directory tree specifically comprises the following steps:

s1, extracting engineering object classification and engineering document classification which need to be established according to the specified and standard class files.

In order to determine the content of the established engineering object or engineering document classification tree, the classification tree information to be created is extracted from relevant regulations and standards according to project requirements to form a classification list file. Here, the definition and standard refer to delivery definition, handover standard, classification standard, and the like in an actual project.

S2, establishing an entity classification object from the extracted classification information, and displaying the classification information on the entity object in an object attribute mode. For example, the classification of P-101 is a centrifugal pump, where P-101 refers to a physical object and centrifugal pump refers to a physical classification object.

The engineering object classification and engineering document classification may be classification entities presented based on files, databases, software platforms, etc., which may be created by editing or configuring various types of files, databases, software platforms, etc.

The classification information is the basis for judging the classification of the engineering object or the engineering document and creating the dynamic directory tree, and is also the node information displayed by the dynamic directory book.

The classification attribute is the basis for the association of the engineering object or the engineering document and the dynamic directory tree, excel table statistics can be given, classification attribute information can be imported into an engineering object or engineering document database by means of an updating tool, and the classification attribute information of the engineering object or the engineering document can be manually input in an interface mode. Based on the classification attribute information, the classification attribute information is verified through classification existing in the classification library, so that the accuracy of classification attribute information input is ensured.

S3, analyzing the classification rule of the engineering object, and establishing a connection between the engineering object entity and the corresponding classification entity based on the engineering object classification rule.

And based on the classification attribute of the engineering object, matching the engineering object classification entity, and establishing the association between the engineering object and the engineering object classification entity through a specific association tool or file.

S4, analyzing the classification rule of the engineering document, and establishing an association relation between the engineering document entity and the corresponding classification entity based on the engineering document classification rule.

Based on the classification attribute of the engineering document, the engineering document classification entity is matched, and the association relation between the engineering document and the engineering document classification entity is established through a specific association tool or file.

S5, setting configuration files of engineering objects and engineering document directory trees according to directory tree configuration rules, and designating attributes (such as names, descriptions or other attributes), association relations and the like on the classification entities to be displayed in the configuration files.

The construction of the directory tree is based on a certain rule, the dynamic directory tree structure can be configured by defining a certain data structure form, the configuration rule can realize flexible adjustment of the directory tree, and the directory tree information can be dynamically displayed according to the data information.

As shown in FIG. 3, the structural form of directory tree configuration is defined, and the customization of engineering objects and engineering document directory trees can be completed by writing and expanding in configuration files according to specific rules, and information such as attributes, association relations and the like displayed by the directory tree is specified in the configuration structure in a specific form.

S6, dynamically displaying the engineering object and the directory tree of the engineering document based on the Web interface by reading the configuration information in the directory configuration file.

As shown in fig. 4, the catalog tree of the engineering object is displayed by analyzing the configuration file and applying the visual display technology, and the catalog tree can be dynamically updated along with the change of the project database data.

And visually displaying the object information under the directory tree node in a window, wherein the display result is shown in fig. 5.

In addition to the embodiments described above, other embodiments of the invention are possible. All technical schemes formed by equivalent substitution or equivalent transformation fall within the protection scope of the invention.

Claims (9)

1. The method for customizing the engineering object and the engineering document dynamic directory tree is characterized by comprising the following steps:

s101, project object classification and project document classification object establishment;

s102, updating classification attributes of engineering objects and engineering documents;

s103, establishing association between the engineering object and the engineering object classification based on the classification attribute;

s104, establishing association between the engineering document and the engineering document classification based on the classification attribute;

s105, defining directory tree configuration rules and customizing engineering objects and engineering document directory tree configuration files;

s106, dynamically displaying the directory tree and reflecting the associated object condition under each hierarchical node.

2. The method for customizing an engineering object and an engineering document dynamic directory tree according to claim 1, wherein in step S101, the object is built by: excel exports XML and NLF data files; analyzing XML and NLF data files; and establishing a classification object.

3. The method for customizing a dynamic directory tree of an engineering object and an engineering document according to claim 1, wherein in step S102, the method specifically comprises:

judging whether the engineering object and the engineering document attribute are classified attributes, if so, marking, updating the classified attributes after the subsequent classified information is acquired, otherwise, giving up;

extracting file information for storing engineering objects and engineering document classification data;

and updating the classified data information to the corresponding classified attribute.

4. The method for customizing a dynamic directory tree of an engineering object and an engineering document according to claim 1, wherein the specific association manner in step S103 is as follows: and analyzing the classification rule of the engineering object, and establishing an association relation between the engineering object entity and the corresponding classification entity based on the engineering object classification rule.

5. The method for customizing a dynamic directory tree of an engineering object and an engineering document according to claim 1, wherein the specific association manner in step S104 is as follows: and analyzing the classification rule of the engineering document, and establishing an association relation between the engineering document entity and the corresponding classification entity based on the engineering document classification rule.

6. The method for customizing a dynamic directory tree for engineering objects and engineering documents according to claim 1, wherein the step S105 specifically comprises:

defining directory tree customizing rules, customizing engineering objects and engineering document directory tree contents according to the rules, and storing the directory tree customizing contents in a file form.

7. The method for customizing a dynamic directory tree for engineering objects and engineering documents according to claim 1, wherein the step S106 specifically comprises:

s1061, acquiring engineering objects and engineering document classification data in a database and establishing a tree structure;

s1062, extracting the association condition of the engineering object and the classification object.

8. The method for customizing a dynamic directory tree for engineering objects and engineering documents as claimed in claim 7, wherein the obtaining step S1061 comprises:

adopting a relational database operation technology;

and/or

A data relationship analysis technique;

and/or

The visual display technology of Angular, HTML & CSS acquires engineering objects and engineering document classification data in a database and builds a tree structure.

9. The method for customizing a dynamic directory tree for engineering objects and engineering documents according to claim 1, wherein the step S1062 comprises:

acquiring the association information of the engineering object, the engineering document and the classification;

and visually displaying the association information of the engineering object and the engineering document with the classification based on the classification directory tree.