CN114781328A - Method for visually arranging business process based on plaintext file - Google Patents
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Abstract
The invention belongs to the technical field of file editing processing, and provides a method for visually arranging a business process based on a plaintext file, which forms a visual business processing process model tree on a visual interface of an integrated service platform, determines file data content corresponding to business data from an equipment terminal, and selects a file data block matched with a current business task; storing the visual business processing flow model tree in a storage space of the tree node position corresponding to the flow position; then, according to the service flow relation among the file data blocks contained in different tree node positions in the visual service processing flow model tree, a file data block service flow association table is formed, and the visual service processing flow model tree is visually updated; the method takes the visual business processing flow model tree as a reference, synchronously maps the data calculation flow of the current business task into the visual business processing flow model tree, thereby improving the visibility and the reliability of the operation of the business task.
Description
Technical Field
The invention relates to the technical field of file editing processing, in particular to a method for visually arranging a business process based on a plaintext file.
Background
In the process of carrying out the operation processing of the specific service task by the computer terminal, different file data are required to be called for calculation, and a calculation result of the corresponding file data is used as another calculation data source. Therefore, the operation processing of the computer terminal on the service task relates to the logic operation processing of various files. The computing terminal in the prior art cannot visually display the corresponding file data logical operation flow in the operation process, so that a user cannot timely and accurately know the actual processing flow of the business task, and the visibility and reliability of the operation of the business task are reduced.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a method for visually arranging a business process based on a plaintext file, which forms a visual business processing process model tree on a visual interface of an integrated service platform, determines the file data content corresponding to business data from an equipment terminal, and selects a file data block matched with the current business task from the file data content; storing the file data block in a storage space of a visual business processing flow model tree and a tree node position corresponding to the flow position; then, according to the service flow relation among the file data blocks contained in different tree node positions in the visual service processing flow model tree, a file data block service flow association table is formed, and the visual service processing flow model tree is visually updated; the method takes the visual business processing flow model tree as a reference, and synchronously maps the data calculation flow of the current business task into the visual business processing flow model tree, thereby improving the visibility and the reliability of the operation of the business task.
The invention provides a method for visually arranging a business process based on a plaintext file, which comprises the following steps:
step S1, constructing a visual interface on the integrated service platform, and forming a visual business processing flow model tree on the visual interface; then initializing the visual business processing flow model tree;
step S2, acquiring service data uploaded by a device terminal connected with the integrated service platform, analyzing the service data, and determining the file data content corresponding to the service data; selecting a file data block matched with the current business task from the file data contents;
step S3, determining the flow position of the file data block in the current business task, and determining the tree node position corresponding to the flow position from the visual business processing flow model tree; storing the file data block in a storage space corresponding to the position of the tree node;
step S4, constructing a file data block business process association table according to the business process relation among the file data blocks contained in different tree node positions in the visual business processing process model tree; and visually updating the visual business processing flow model tree according to the file data block business flow association table.
Further, in step S1, a visual interface is constructed on the integrated service platform, and a visual business processing flow model tree is formed on the visual interface, which specifically includes:
constructing a visual interface with dynamically changeable interface picture colors on an integrated service platform;
and forming a visualized business processing flow model tree on the visualized interface according to the business data flow transmission direction corresponding to the current business and the business data flow operation processing logic relation.
Further, in step S1, initializing the visualization business processing flow model tree, specifically including:
and performing data emptying processing on a storage space corresponding to each tree node position in the visual business processing flow model tree.
Further, in step S2, before acquiring the service data uploaded by the device terminal connected to the integrated service platform, the method further includes:
the integrated service platform is instructed to carry out identity verification on the equipment terminal connected with the integrated service platform, and whether the equipment terminal has the authority of carrying out current business task data processing is judged; if yes, receiving the service data uploaded by the equipment terminal; and if not, not receiving the service data uploaded by the equipment terminal.
Further, in step S2, analyzing the service data, and determining a file data content corresponding to the service data specifically includes:
and performing data type identification processing on the service data, and determining text type file data and picture type file data contained in the service data.
Further, in step S2, selecting a file data block matching the current service task from the file data blocks according to the file data content specifically includes:
performing semantic recognition processing on the text type file data to obtain text semantic information contained in the text type file data;
performing picture element identification processing on the picture type file data to obtain picture element information contained in the picture type file data; the picture element information refers to picture content contained in a picture frame of the picture type file data.
Further, in step S3, determining a flow position of the file data block in the current business task, and determining a tree node position corresponding to the flow position from the visual business processing flow model tree, specifically including:
obtaining the data operation logic position of the file data block in the current service task according to the text semantic information or the picture element information;
and determining the process position of the file data block in the current service task according to the data operation logic position, and determining the tree node position corresponding to the process position from the visual service processing process model tree.
Further, in step S3, storing the file data block in the storage space corresponding to the tree node position specifically includes:
and after the file data block is compressed, storing the file data block in a storage space corresponding to the tree node position in a form of a plaintext file data block.
Further, in step S4, constructing a file data block business process association table according to the business process relationships among the file data blocks included in different tree node positions in the visual business process model tree, which specifically includes:
and constructing a file data block business process association table according to business process data input and output relations among file data blocks contained in different tree node positions in the visual business processing process model tree.
Further, in step S4, visually updating the visual business processing flow model tree according to the file data block business flow association table, specifically including:
determining the tree node position corresponding to the current business task in operation according to the data processing progress of the current business task and the file data block business process association table;
and then carrying out color highlight display processing on the determined tree node positions in the visual business processing flow model tree.
Compared with the prior art, the method for visually arranging the business process based on the plaintext file forms a visual business processing process model tree on a visual interface of an integrated service platform, determines the file data content corresponding to the business data from the equipment terminal, and selects the file data block matched with the current business task from the file data content; storing the file data block in a storage space of a visual business processing flow model tree and a tree node position corresponding to the flow position; then, according to the service flow relation among the file data blocks contained in different tree node positions in the visual service processing flow model tree, a file data block service flow association table is formed, and the visual service processing flow model tree is visually updated; the method takes the visual business processing flow model tree as a reference, and synchronously maps the data calculation flow of the current business task into the visual business processing flow model tree, thereby improving the visibility and the reliability of the operation of the business task.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required to be used in the description of the embodiments are briefly introduced below, and it is obvious that the drawings in the description below are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic flow chart of a method for visually arranging a business process based on a plaintext file according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, a flow diagram of a method for visually arranging a business flow based on a plaintext file according to an embodiment of the present invention is shown. The method for visually arranging the business process based on the plaintext file comprises the following steps of:
step S1, constructing a visual interface on the integrated service platform, and forming a visual business processing flow model tree on the visual interface; then initializing the visual business processing flow model tree;
step S2, acquiring the service data uploaded by the device terminal connected with the integrated service platform, analyzing the service data, and determining the file data content corresponding to the service data; selecting a file data block matched with the current service task from the file data contents;
step S3, determining the flow position of the file data block in the current business task, and determining the tree node position corresponding to the flow position from the visual business processing flow model tree; storing the file data block in a storage space corresponding to the position of the tree node;
step S4, according to the business process relation between the file data blocks contained in different tree node positions in the visual business process model tree, constructing a file data block business process association table; and visually updating the visual business processing flow model tree according to the file data block business flow association table.
The beneficial effects of the above technical scheme are: the method for visually arranging the business process based on the plaintext file forms a visual business processing process model tree on a visual interface of an integrated service platform, determines file data content corresponding to business data from an equipment terminal, and selects a file data block matched with a current business task from the file data content; storing the file data block in a storage space of a visual business processing flow model tree and a tree node position corresponding to the flow position; then, according to the service flow relation among the file data blocks contained in different tree node positions in the visual service processing flow model tree, a file data block service flow association table is formed, and the visual service processing flow model tree is visually updated; the method takes the visual business processing flow model tree as a reference, and synchronously maps the data calculation flow of the current business task into the visual business processing flow model tree, so that the visibility and the reliability of the operation of the business task are improved.
Preferably, in step S1, a visualization interface is constructed on the integrated service platform, and a visualization business process flow model tree is formed on the visualization interface, which specifically includes:
constructing a visual interface with dynamically changeable interface picture colors on an integrated service platform;
and forming a visualized business processing flow model tree on the visualized interface according to the business data flow transmission direction corresponding to the current business and the business data flow operation processing logic relation.
The beneficial effects of the above technical scheme are: a visual interface with dynamically changeable interface picture colors is constructed on an integrated service platform such as a service terminal computer, so that dynamic plaintext file visual arrangement display can be carried out by changing the color display state on the visual interface. In addition, a visualized business processing flow model tree is formed according to the business data flow transmission direction (namely the progressive transmission direction of the business data flow in the calculation process) corresponding to the current business and the business data flow operation processing logical relation (namely the operation input-output logical relation of the business data in the calculation process), so that the model tree can comprehensively reflect the whole data processing flow state of the business task.
Preferably, in step S1, the initializing process is performed on the visualization business process flow model tree, and specifically includes:
and performing data emptying processing on a storage space corresponding to each tree node position in the visual business processing flow model tree.
The beneficial effects of the above technical scheme are: through the mode, the storage space corresponding to the position of each tree node can be ensured not to leave historical data processing information, and the occurrence of the situation of data chaotic crosstalk inside the tree node is effectively avoided.
Preferably, in step S2, before acquiring the service data uploaded by the device terminal connected to the integrated service platform, the method further includes:
the integrated service platform is instructed to carry out identity verification on the equipment terminal connected with the integrated service platform, and whether the equipment terminal has the authority of carrying out current business task data processing is judged; if yes, receiving the service data uploaded by the equipment terminal; and if not, not receiving the service data uploaded by the equipment terminal.
The beneficial effects of the above technical scheme are: through the mode, the identity verification is carried out on the equipment terminal connected with the integrated service platform, so that the integrated service platform only receives the service data uploaded by the equipment terminal with the authority of carrying out the current service task data processing, and the phenomenon that the data processing workload of the integrated service platform is increased due to the fact that the integrated service platform uploads the service data too much is avoided.
Preferably, in step S2, analyzing the service data, and determining the file data content corresponding to the service data, specifically including:
and performing data type identification processing on the service data, and determining text type file data and picture type file data contained in the service data.
The beneficial effects of the above technical scheme are: by the mode, different types of file data can be refined and distinguished for the service data, and the different types of file data can be identified in a targeted manner subsequently.
Preferably, in step S2, according to the content of the file data, selecting a file data block matching the current service task from the file data blocks, specifically including:
performing semantic recognition processing on the text type file data to obtain text semantic information contained in the text type file data;
carrying out picture element identification processing on the picture type file data to obtain picture element information contained in the picture type file data; the picture element information refers to picture content contained in a picture frame of the picture type file data.
The beneficial effects of the above technical scheme are: through the mode, the text semantic information and the picture element information can be respectively identified and extracted from the text type file data and the picture type file data, so that the data content of the file data of different types can be comprehensively identified.
Preferably, in step S3, determining a flow position of the file data block in the current business task, and determining a tree node position corresponding to the flow position from the visual business processing flow model tree, specifically including:
obtaining the data operation logic position of the file data block in the current service task according to the text semantic information or the picture element information;
and determining the process position of the file data block in the current business task according to the data operation logical position, and determining the tree node position corresponding to the process position from the visual business processing process model tree.
The beneficial effects of the above technical scheme are: through the mode, because the calculation processing process of the current business task involves the input and output of different data, the text semantic information or the picture element information is used as a reference, the data operation logic position of the file data block in the current business task can be accurately determined (namely, the data is used as the input data or the output data of which calculation link), and then the tree node position corresponding to the flow position is determined from the visual business processing flow model tree, so that the one-to-one correspondence between the visual business processing flow model tree and the current business task is ensured.
Preferably, in step S3, the storing the file data block in the storage space corresponding to the tree node position specifically includes:
and after the file data block is compressed, storing the file data block in a storage space corresponding to the position of the tree node in a plaintext file data block mode.
The beneficial effects of the above technical scheme are: by the method, the occupied space of the data of the file data blocks can be effectively compressed, so that the storage space corresponding to the tree node positions can store more file data blocks to the maximum extent.
Preferably, in step S4, according to a business process relationship between file data blocks included in different tree node positions in the visual business process flow model tree, a file data block business process association table is constructed, which specifically includes:
and constructing a file data block business process association table according to business process data input and output relations among file data blocks contained in different tree node positions in the visual business processing process model tree.
The beneficial effects of the above technical scheme are: by the method, the business process data input and output relation among the file data blocks contained in different tree node positions is taken as a reference, the file data block business process association table is accurately and comprehensively constructed, and a user can know the whole calculation process of the business task in real time through the file data block business process association table conveniently.
Preferably, in step S4, visually updating the visual business process flow model tree according to the file data block business process association table specifically includes:
determining the tree node position corresponding to the current business task in operation according to the data processing progress of the current business task and the file data block business process association table;
and then carrying out color highlight display processing on the determined tree node positions in the visual business processing flow model tree.
The beneficial effects of the above technical scheme are: by the method, the operation progress of the current business task of the user can be prompted on the visual interface in real time.
From the content of the above embodiment, it can be seen that the method for visually arranging a business process based on a plaintext file forms a visual business processing process model tree on a visual interface of an integrated service platform, determines the file data content corresponding to the business data from the device terminal, and selects a file data block matched with the current business task from the file data content; storing the file data block in a storage space of a visual business processing flow model tree and a tree node position corresponding to the flow position; then, according to the business process relation among the file data blocks contained in different tree node positions in the visual business processing process model tree, a file data block business process association table is formed, and the visual business processing process model tree is visually updated; the method takes the visual business processing flow model tree as a reference, and synchronously maps the data calculation flow of the current business task into the visual business processing flow model tree, so that the visibility and the reliability of the operation of the business task are improved.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (10)
1. The method for visually arranging the business process based on the plaintext file is characterized by comprising the following steps of:
step S1, constructing a visual interface on the integrated service platform, and forming a visual business processing flow model tree on the visual interface; initializing the visual business processing flow model tree;
step S2, acquiring service data uploaded by a device terminal connected with the integrated service platform, analyzing the service data, and determining the file data content corresponding to the service data; selecting a file data block matched with the current service task from the file data contents;
step S3, determining the flow position of the file data block in the current business task, and determining the tree node position corresponding to the flow position from the visual business processing flow model tree; storing the file data block in a storage space corresponding to the tree node position;
step S4, establishing a file data block business process association table according to the business process relation between file data blocks contained in different tree node positions in the visual business processing process model tree; and visually updating the visual business processing flow model tree according to the file data block business flow association table.
2. The method for visually orchestrating a business process based on plaintext files according to claim 1, wherein:
in step S1, a visualization interface is constructed on the integrated service platform, and a visualization business processing flow model tree is formed on the visualization interface, which specifically includes:
constructing a visual interface with dynamically changeable interface picture colors on an integrated service platform;
and forming a visualized business processing flow model tree on the visualized interface according to the business data flow transmission direction corresponding to the current business and the business data flow operation processing logic relation.
3. The method for visually orchestrating a business process based on plaintext files according to claim 2, wherein:
in step S1, initializing the visualization business process flow model tree, which specifically includes:
and performing data emptying processing on a storage space corresponding to each tree node position in the visual business processing flow model tree.
4. The method for visually orchestrating a business process based on plaintext files according to claim 3, wherein:
in step S2, before acquiring the service data uploaded by the device terminal connected to the integrated service platform, the method further includes:
the integrated service platform is instructed to carry out identity verification on the equipment terminal connected with the integrated service platform, and whether the equipment terminal has the authority of carrying out data processing of the current service task is judged; if yes, receiving the service data uploaded by the equipment terminal; and if not, not receiving the service data uploaded by the equipment terminal.
5. The method for visually orchestrating a business process based on plaintext files according to claim 4, wherein:
in step S2, analyzing the service data, and determining file data content corresponding to the service data, which specifically includes:
and performing data type identification processing on the service data, and determining text type file data and picture type file data contained in the service data.
6. The method for visually orchestrating a business process based on plaintext files according to claim 5, wherein:
in step S2, selecting a file data block matching the current service task from the file data content, specifically including:
performing semantic recognition processing on the text type file data to obtain text semantic information contained in the text type file data;
carrying out picture element identification processing on the picture type file data to obtain picture element information contained in the picture type file data; the picture element information refers to picture content contained in a picture frame of the picture type file data.
7. The method for visually orchestrating a business process based on plaintext files according to claim 6, wherein:
in step S3, determining a flow position of the file data block at the current business task, and determining a tree node position corresponding to the flow position from the visual business processing flow model tree, specifically including:
obtaining the data operation logic position of the file data block in the current service task according to the text semantic information or the picture element information;
and determining the process position of the file data block in the current service task according to the data operation logic position, and determining the tree node position corresponding to the process position from the visual service processing process model tree.
8. The method for visually orchestrating a business process based on plaintext files according to claim 7, wherein:
in step S3, storing the file data block in the storage space corresponding to the tree node position specifically includes:
and after the file data block is compressed, storing the file data block in a storage space corresponding to the tree node position in a form of a plaintext file data block.
9. The method for visually orchestrating a business process based on plaintext files according to claim 8, wherein:
in step S4, a file data block business process association table is constructed according to the business process relationship between file data blocks included in different tree node positions in the visual business process model tree, which specifically includes:
and constructing a file data block business process association table according to business process data input and output relations among file data blocks contained in different tree node positions in the visual business processing process model tree.
10. The method for visually orchestrating a business process based on plaintext files according to claim 9, wherein:
in step S4, visually updating the visual business processing flow model tree according to the file data block business flow association table, specifically including:
determining the tree node position corresponding to the current business task in operation according to the data processing progress of the current business task and the file data block business process association table;
and then carrying out color highlight display processing on the determined tree node positions in the visual business processing flow model tree.
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