CN108845799A - A kind of visualization procedure method of calibration, device and computer readable storage medium - Google Patents
A kind of visualization procedure method of calibration, device and computer readable storage medium Download PDFInfo
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Abstract
The embodiment of the present invention provides a kind of visualization procedure method of calibration, reads the first visualization procedure and the second visualization procedure to be verified；Nodal information list is generated according to the second hierarchy node of at least one of the first hierarchy node of at least one of first visualization procedure and the second visualization procedure, includes in nodal information list：The node hierarchical information of at least one first hierarchy node and the comparison arrangement of at least one second hierarchy node；Feature check information table is obtained according to the first hierarchy node of at least one of nodal information list and at least one second hierarchy node.The embodiment of the invention also discloses a kind of visualization procedure calibration equipment and computer readable storage mediums, with different levels can verify two visualization procedures, thus, improve visualization procedure verification efficiency and verification accuracy.
Description
Technical field
The present invention relates to visual programming field more particularly to a kind of visualization procedure methods of calibration, device and computer
Readable storage medium storing program for executing.
Background technique
Visual programming is due to intuitive visual feature, the quilt in the exploitation of the embedded equipments such as electric system, Industry Control
It is widely applied, however, visualization procedure has the demand of modification maintenance, but lacks the check analysis to visualization procedure at present
Method.
Summary of the invention
It is a primary object of the present invention to propose a kind of visualization procedure method of calibration, device and computer-readable storage medium
Matter, can by different level, various dimensions two visualization procedures are verified, thus, improve visualization procedure verification efficiency and
Verify accuracy.
The technical proposal of the invention is realized in this way：
In a first aspect, the embodiment of the invention provides a kind of visualization procedure method of calibration, the method includes：
Read the first visualization procedure and the second visualization procedure to be verified；
According in the first hierarchy node of at least one of first visualization procedure and second visualization procedure
At least one second hierarchy node generate nodal information list, include in the nodal information list：It is described at least one
The node hierarchical information of one hierarchy node and the comparison arrangement of at least one described second hierarchy node；
At least one first hierarchy node and at least one described second layer according in the nodal information list
Grade node obtains feature check information table.
In the above scheme, described according to the first hierarchy node of at least one of first visualization procedure and described
The second hierarchy node of at least one of second visualization procedure generates nodal information list, including：
Extract the first node name information and at least one described second level of at least one first hierarchy node
The second node name information of node；
At least one first node name information and at least one second node name information are compared into arrangement, obtained
Nodal information list.
In the above scheme, at least one first hierarchy node and the institute according in the nodal information list
It states at least one second hierarchy node and obtains feature check information table, including：
It extracts in the first variable information of at least one of default first hierarchy node and default second hierarchy node extremely
Few second variable information；
Categorized item lists, institute are generated according at least one described first variable information and at least one second variable information
It states in categorized item lists and includes：At least one described first variable information and the classification pair of at least one described second variable information
Than the variable information of arrangement；
The same category and identical at least one the first variable information connection of title will be belonged in the categorized item lists
Arrangement will belong to the same category and identical at least one the second variable information connection row of title in the categorized item lists
Column, the categorized item lists after connection arrangement are the feature check information table.
In the above scheme, at least one first hierarchy node and the institute according in the nodal information list
It states at least one second hierarchy node and obtains feature check information table, including：
At least one first node index file and default second level section in default first hierarchy node are read respectively
At least one second node index file in point；
It is generated according at least one described first node index file and at least one described second node index file special
Check information table is levied, includes in the feature check information table：Node at least one described first node index file is deposited
The node of node storage order information comparison arrangement in storage order information and at least one described second node index file is deposited
Store up order information.
In the above scheme, at least one first hierarchy node and the institute according in the nodal information list
It states at least one second hierarchy node and obtains feature check information table, including：
At least one first task chain symbolic information and default second level in default first hierarchy node are read respectively
At least one of node the second task chain symbolic information；
It is raw according at least one described first task chain symbolic information and at least one described second task chain symbolic information
At feature check information table, include in the feature check information table：In at least one described first task chain symbolic information
Node executes the node in order information and at least one described second task chain symbolic information and executes order information comparison arrangement
Node execute order information.
In the above scheme, at least one first hierarchy node and the institute according in the nodal information list
It states at least one second hierarchy node and obtains feature check information table, including：
At least one of default first hierarchy node the first symbolic information and at least one first link information are read, is read
Take the second symbolic information of at least one of default second hierarchy node and at least one second link information；
According at least one described first symbolic information and at least one first link information, the first directed acyclic net is generated
Network generates the second directed acyclic network according at least one described second symbolic information and at least one second link information；
Feature check information table is generated according to first directed acyclic network and second directed acyclic network, it is described
Include in feature check information table：Semiology analysis order information and the second oriented nothing in first directed acyclic network
The semiology analysis order information of semiology analysis order information comparison arrangement in loop network.
In the above scheme, at least one first hierarchy node and the institute according in the nodal information list
It states at least one second hierarchy node and obtains feature check information table, including：
Read at least one first node attribute information in default first hierarchy node and at least one first node generation
Code information reads at least one second node attribute information and at least one second node code in default second hierarchy node
Information；
According at least one described first node attribute information, at least one described first node code information, it is described extremely
A few second node attribute information and at least one described second node code information generate feature check information table, the spy
Include in sign check information table：At least one described first node attribute information and at least one described second node attribute information
Compare the node attribute information of arrangement, at least one described first node code information and at least one described second node code
The station code information of information comparison arrangement.
Second aspect, the embodiment of the invention provides a kind of visualization procedure calibration equipment, described device includes：Processor
With the memory for storing the computer program that can be run on a processor；Wherein,
The processor when for running the computer program, executes：
Read the first visualization procedure and the second visualization procedure to be verified；
According in the first hierarchy node of at least one of first visualization procedure and second visualization procedure
At least one second hierarchy node generate nodal information list, include in the nodal information list：It is described at least one
The node hierarchical information of one hierarchy node and the comparison arrangement of at least one described second hierarchy node；
At least one first hierarchy node and at least one described second layer according in the nodal information list
Grade node obtains feature check information table.
In the above scheme, the processor when for running the computer program, executes：
Extract the first node name information and at least one described second level of at least one first hierarchy node
The second node name information of node；
At least one first node name information and at least one second node name information are compared into arrangement, obtained
Nodal information list.
In the above scheme, the processor when for running the computer program, executes：
It extracts in the first variable information of at least one of default first hierarchy node and default second hierarchy node extremely
Few second variable information；
Categorized item lists, institute are generated according at least one described first variable information and at least one second variable information
It states in categorized item lists and includes：At least one described first variable information and the classification pair of at least one described second variable information
Than the variable information of arrangement；
The same category and identical at least one the first variable information connection of title will be belonged in the categorized item lists
Arrangement will belong to the same category and identical at least one the second variable information connection row of title in the categorized item lists
Column, the categorized item lists after connection arrangement are the feature check information table.
In the above scheme, the processor when for running the computer program, executes：
At least one first node index file and default second level section in default first hierarchy node are read respectively
At least one second node index file in point；
It is generated according at least one described first node index file and at least one described second node index file special
Check information table is levied, includes in the feature check information table：Node at least one described first node index file is deposited
The node of node storage order information comparison arrangement in storage order information and at least one described second node index file is deposited
Store up order information.
In the above scheme, the processor when for running the computer program, executes：
At least one first task chain symbolic information and default second level in default first hierarchy node are read respectively
At least one of node the second task chain symbolic information；
It is raw according at least one described first task chain symbolic information and at least one described second task chain symbolic information
At feature check information table, include in the feature check information table：In at least one described first task chain symbolic information
Node executes the node in order information and at least one described second task chain symbolic information and executes order information comparison arrangement
Node execute order information.
In the above scheme, the processor when for running the computer program, executes：
At least one of default first hierarchy node the first symbolic information and at least one first link information are read, is read
Take the second symbolic information of at least one of default second hierarchy node and at least one second link information；
According at least one described first symbolic information and at least one first link information, the first directed acyclic net is generated
Network generates the second directed acyclic network according at least one described second symbolic information and at least one second link information；
Feature check information table is generated according to first directed acyclic network and second directed acyclic network, it is described
Include in feature check information table：Semiology analysis order information and the second oriented nothing in first directed acyclic network
The semiology analysis order information of semiology analysis order information comparison arrangement in loop network.
In the above scheme, the processor when for running the computer program, executes：
Read at least one first node attribute information in default first hierarchy node and at least one first node generation
Code information reads at least one second node attribute information and at least one second node code in default second hierarchy node
Information；
According at least one described first node attribute information, at least one described first node code information, it is described extremely
A few second node attribute information and at least one described second node code information generate feature check information table, the spy
Include in sign check information table：At least one described first node attribute information and at least one described second node attribute information
Compare the node attribute information of arrangement, at least one described first node code information and at least one described second node code
The station code information of information comparison arrangement.
The third aspect, the embodiment of the invention provides a kind of computer readable storage medium, the computer-readable storage
Media storage has one or more program, and one or more of programs can be executed by one or more processor, with
Realize as above described in any item methods.
Visualization procedure method of calibration, device and computer readable storage medium provided by the embodiment of the present invention are read
First visualization procedure and the second visualization procedure to be verified；According to the first level of at least one of first visualization procedure
The second hierarchy node of at least one of node and the second visualization procedure generates nodal information list, wraps in nodal information list
It includes：The node hierarchical information of at least one first hierarchy node and the comparison arrangement of at least one second hierarchy node；According to node
The first hierarchy node of at least one of information list and at least one second hierarchy node obtain feature check information table.This hair
Visualization procedure method of calibration, device and the computer readable storage medium that bright embodiment provides, can be respectively to be verified
Hierarchy node in two visualization procedures compares arrangement, the hierarchy node progress feature verification after comparison is arranged, final
To feature check information table, two visualization procedures are verified so as to different levels, verification speed and verification are provided
Accuracy.
Detailed description of the invention
Fig. 1 is the implementation process schematic diagram one of visualization procedure method of calibration provided in an embodiment of the present invention；
Fig. 2 is a kind of nodal information list schematic diagram provided in an embodiment of the present invention；
Fig. 3 is the implementation process schematic diagram two of visualization procedure method of calibration provided in an embodiment of the present invention；
Fig. 4 is that a kind of feature check information provided in an embodiment of the present invention indicates to be intended to one；
Fig. 5 is that a kind of feature check information provided in an embodiment of the present invention indicates to be intended to two；
Fig. 6 is a kind of task schedule page schematic diagram provided in an embodiment of the present invention；
Fig. 7 is a kind of directed acyclic network schematic diagram provided in an embodiment of the present invention；
Fig. 8 is a kind of visualization procedure calibration equipment structural schematic diagram provided in an embodiment of the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description.
It should be noted that term " first ", " second " etc. in description and claims of this specification and attached drawing
It is to be used to distinguish similar objects, without being used to describe a particular order or precedence order.
Fig. 1 is a kind of implementation process schematic diagram of visualization procedure method of calibration provided in an embodiment of the present invention, such as Fig. 1 institute
Show, in embodiments of the present invention, the step of visualization procedure method of calibration is as follows：
S101, the first visualization procedure and the second visualization procedure to be verified are read.
Here, the first visualization procedure can be directed to the visualization procedure of particular traffic requirements modification for producer, and second can
View program can be directed to the visualization procedure of particular traffic requirements modification as on-site technical support personnel, and of the invention is main
Purpose is that the visualization procedure that producer's modification is veritified for the particular traffic requirements and on-site technical support personnel were modified
Whether the modification of visualization procedure is consistent.
The executing subject of the embodiment of the present invention be visualization procedure calibration equipment, i.e., visualization program ver-ify device read to
The first visualization procedure and the second visualization procedure of verification, the visualization procedure calibration equipment specifically may be mounted at computer
On, at this moment, the executing subject of the visualization procedure method of calibration can be computer, i.e. user is operable on computers
Realize visualization procedure verification.
Specifically, user carries out operation on computers selects the first visualization procedure and the second visualization journey to be verified
Sequence, computer receive the selection instruction of user, and read the first visualization procedure and the second visualization procedure to be verified, can also
To be interpreted as, the visualization procedure calibration equipment on computer reads the first visualization procedure and the second visualization of user's selection
Program.
S102, according in the first hierarchy node of at least one of first visualization procedure and the second visualization procedure extremely
Few second hierarchy node generates nodal information list.
Here, the first visualization procedure and the second visualization procedure are all made of hierarchical organization structure, and further, first can
The 5 layer tissue structures for being all made of device, plug-in unit, processor, element and the page depending on changing program and the second visualization procedure, due to the
The structure of one visualization procedure and the second visualization procedure is identical, therefore, to above-mentioned 5 layer tissue by taking the first visualization procedure as an example
Structure is described in detail, and the first visualization procedure can specifically include 1 device, which can specifically include 32 and insert
Part, each plug-in unit can specifically include 8 processors, each processor can specifically include N number of element, each element
With may include the M page, wherein N generally according to the particular traffic requirements actual functional capability quantity so that it is determined that, M is usual
It is specified by user, the embodiment of the present invention is not specifically limited herein.
It should be noted that for the first visualization procedure, device, plug-in unit, processor in hierarchical organization structure,
Element and the page can be referred to as the first hierarchy node, that is to say, that in the first visualization procedure include at least one first
Hierarchy node；Equally, for the second visualization procedure, device, plug-in unit, processor, element in hierarchical organization structure and
The page can be referred to as the second hierarchy node, that is to say, that include at least one second level section in the second visualization procedure
Point.
Specifically, visualization procedure calibration equipment read the first visualization procedure and the second visualization procedure to be verified it
Afterwards, visualization procedure calibration equipment can be automatically visual by the first hierarchy node of at least one of first visualization procedure and second
Change the second hierarchy node of at least one of program and compare arrangement, generates nodal information list, it is understood that be, visually
Change program ver-ify device according in the first hierarchy node of at least one of first visualization procedure and the second visualization procedure
At least one second hierarchy node generates nodal information list, includes in nodal information list：At least one first hierarchy node
With the node hierarchical information of at least one second hierarchy node comparison arrangement.
Wherein, according in the first hierarchy node of at least one of first visualization procedure and the second visualization procedure extremely
Few second hierarchy node generates nodal information list, including：
Extract at least one the first hierarchy node first node name information and at least one the second hierarchy node the
Two nodename information；
At least one first node name information and at least one second node name information are compared into arrangement, obtained
Nodal information list.
Here, each first hierarchy node has nodename information, referred to as first node name information, together
Sample, each second hierarchy node also have nodename information, in order to distinguish with first node name information, referred to as
Second node name information is illustrated by taking first node name information as an example, if the first hierarchy node be device, first
Nodename information can be project name, if the first hierarchy node is plug-in unit, first node name information can be should
Slot number where plug-in unit, if the first hierarchy node is processor, first node name information can be the volume of the processor
Number, if the first hierarchy node is element, first node name information can add Instance Name for the structure name of the element, if
First hierarchy node is the page, then first node name information can be the page name of the page.
Illustratively, as shown in Fig. 2, after reading the first visualization procedure and the second visualization procedure, by first segment
Point name information and second node name information compare arrangement, obtain nodal information list, wherein nodal information list is left
Side is the node hierarchical information of the first visualization procedure, including：Device：PCP1, wherein device：Include in PCP1：Plug-in unit：
BO1, plug-in unit：BO2, plug-in unit：BO3, wherein plug-in unit：Include in BO1：Processor：Main1, processor：Main2, wherein processing
Device：Include in Main1：Element：MSQAPP：MSQ1, element：SOLAPP：SOL1, element：TCCAPP：TCC1, wherein element：
TCCAPP：Include in TCC1：The page：TaskSchedule_TCC, the page：COMM_IN, the page, COMM_OUT, the page：TCC_
VOLT, wherein TaskSchedule_TCC is the task schedule page；It is the section of the second visualization procedure on the right side of nodal information list
Point hierarchical information, including：Device：PCP1, wherein device：Include in PCP1：Plug-in unit：BO1, plug-in unit：BO2, wherein plug-in unit：
Include in BO1：Processor：Main1, processor：Main2, wherein processor：Include in Main1：Element：SOLAPP：SOL1,
Element：MSQAPP：MSQ1, element：TCCAPP：TCC1, wherein element：TCCAPP：Include in TCC1：The page：
TaskSchedule_TCC, the page：COMM_IN, the page, COMM_OUT, wherein TaskSchedule_TCC is task schedule page
Face.
S103, it is obtained according to the first hierarchy node of at least one of nodal information list and at least one second hierarchy node
Obtain feature check information table.
Specifically, visualization procedure calibration equipment can be according in nodal information list after obtaining nodal information list
At least one first hierarchy node and at least one second hierarchy node obtain feature check information table, to facilitate user sharp
Judge whether the first visualization procedure and the modification of the second visualization procedure are consistent with this feature check information table.
Visualization procedure method of calibration provided in an embodiment of the present invention reads the first visualization procedure and second to be verified
Visualization procedure；According in the first hierarchy node of at least one of first visualization procedure and the second visualization procedure at least
One the second hierarchy node generates nodal information list, includes in nodal information list：At least one first hierarchy node with extremely
The node hierarchical information of few second hierarchy node comparison arrangement；According to the first level of at least one of nodal information list
Node and at least one second hierarchy node obtain feature check information table, so as to different levels by two visualization procedures
It is verified, verification speed and verification accuracy is provided.
Fig. 3 is a kind of implementation process schematic diagram of visualization procedure method of calibration provided in an embodiment of the present invention, is applied to
In electric system, as shown in figure 3, in embodiments of the present invention, the step of visualization procedure method of calibration, is as follows：
S301, the first visualization procedure and the second visualization procedure to be verified are read.
The executing subject of the embodiment of the present invention can be visualization procedure calibration equipment, i.e. visualization program ver-ify device is read
Take the first visualization procedure and the second visualization procedure to be verified, the visualization procedure calibration equipment for electric system and
Speech can be visualization integrated programming debugging tool (Visual IntegratedCoding Configure Tool, VICT),
At this moment, the executing subject of the visualization procedure method of calibration can be VICT, i.e., user be operable on VICT realize can
Depending on changing program ver-ify.
Specifically, user carries out operation on VICT selects the first visualization procedure and the second visualization journey to be verified
Sequence, VICT receive the selection instruction of user, and read the first visualization procedure and the second visualization procedure to be verified, can also be with
It is interpreted as, VICT reads the first visualization procedure and the second visualization procedure of user's selection.
Here, it reads the first visualization procedure and reads the second visualization procedure and sequencing is not present therebetween, it can
To be first to read the first visualization procedure, the second visualization procedure then is being read, is being also possible to first read the second visualization journey
Then sequence is reading the first visualization procedure, can also be while reading the first visualization procedure and the second visualization procedure, this
Inventive embodiments do not limit sequencing between the two specifically herein.
S302, the first node name information for extracting at least one the first hierarchy node and at least one second hierarchy node
Second node name information.
Here, the first visualization procedure and the second visualization procedure are all made of hierarchical organization structure, specifically, first is visual
Change program and the second visualization procedure can be according to 5 layer index structures of device, plug-in unit, processor, element and the page, it can also
With device, plug-in unit, processor, element and the page are referred to as respectively in the first visualization procedure first hierarchy node,
Device, plug-in unit, processor, element and the page are referred to as second hierarchy node in the second visualization procedure respectively,
It include at least one in the second visualization procedure that is including at least one first hierarchy node in the first visualization procedure
Second hierarchy node.
Here, each first hierarchy node has nodename information, referred to as first node name information, together
Sample, each second hierarchy node also have nodename information, in order to distinguish with first node name information, referred to as
Second node name information.
Specifically, after VICT tool reads the first visualization procedure and the second visualization procedure to be verified, VICT work
Tool can automatically extract at least one the first hierarchy node first node name information and at least one the second hierarchy node the
Two nodename information.
S303, at least one first node name information and at least one second node name information are compared into row
Column, obtain nodal information list.
Specifically, VICT tool extract at least one the first hierarchy node first node name information and at least one the
After the second node name information of two hierarchy nodes, VICT tool can automatically by least one first node name information and extremely
A few second node name information compares arrangement, obtains nodal information list, and by nodal information list in VICT work
Tool is shown on interface.
S304, it is obtained according to the first hierarchy node of at least one of nodal information list and at least one second hierarchy node
Obtain feature check information table.
Specifically, VICT tool by least one first node name information and at least one second node name information into
Row comparison arrangement, after obtaining nodal information list, can according to the first hierarchy node of at least one of nodal information list and
At least one second hierarchy node obtains feature check information table, so that user be facilitated to judge the using this feature check information table
Whether one visualization procedure and the modification of the second visualization procedure are consistent.
Optionally, according to the first hierarchy node of at least one of nodal information list and at least one second hierarchy node
Feature check information table is obtained, may include：
It extracts in the first variable information of at least one of default first hierarchy node and default second hierarchy node extremely
Few second variable information；
Categorized item lists, classification letter are generated according at least one first variable information and at least one second variable information
Include in breath list：At least one first variable information and the variable of at least one second variable information comparison of classification arrangement are believed
Breath；
The same category and identical at least one the first variable information connection arrangement of title will be belonged in categorized item lists,
The same category and identical at least one the second variable information connection arrangement of title, connection arrangement will be belonged in categorized item lists
Categorized item lists afterwards are characterized check information table.
Here, presetting the first hierarchy node can be the first hierarchy node of one or more of nodal information list, excellent
Selection of land, presetting the first hierarchy node is the page, that is to say, that default first hierarchy node is one or more pages；Default the
Two hierarchy nodes are the second hierarchy node of one or more of nodal information list, it is preferable that presetting the second hierarchy node is
The page, that is to say, that default second hierarchy node is one or more pages.
It should be noted that including in each page：Input variable information, output variable information, power function information
With connecting line information；Wherein, power function information is that have the function information of input and output point, and input variable information may be coupled to
In the input point of power function, show an output variable information of the input from other pages of power function, function letter
Several output points may be coupled in output variable information, show that the output of power function can be used by other pages；Wherein,
Connecting line is to connect input variable information and output variable information；Wherein, input variable information indicates current page reference
The variable information of other pages, output variable information indicate the variable information that current page can be quoted by other pages, here,
Input variable information and output variable information unification are referred to as variable information, include at least one variable information in the page.
Here, in order to the variable information in the variable information in the first hierarchy node and default second hierarchy node will be preset
It is distinguished, defining the variable information in default first hierarchy node here is the first variable information, presets the second hierarchy node
In variable information be the second variable information, that is to say, that include that at least one first variable is believed in default first hierarchy node
Breath, presetting includes at least one second variable information in the second hierarchy node.
It should be noted that usually user can editing interface when writing visualization procedure, directly in VICT tool
The name variable and variable uses range of middle setting input variable information and output variable information, when the variable of input variable information
Title is identical with the name variable of output variable information and the variable uses range and output variable information of input variable information
Variable uses range it is identical when, show that input variable information and output variable information form a pair of of input-input variable and connects
It connects.
Wherein, the use scope information of variable may include：Crossover part, across element and cross-page face.
Specifically, working as VICT tool at least one first node name information and at least one second node name information
It compares after arrangement obtains nodal information list, VICT tool can extract at least one of default first hierarchy node the
The second variable information of at least one of one variable information and default second hierarchy node；Then according to variable uses range information
At least one first variable information is classified, is carried out at least one the second variable information according to variable uses range information
Classification, and by least one sorted first variable information and the comparison arrangement of at least one second variable information, classified
Information list；The same category and at least one identical first variable information of name variable will finally be belonged in categorized item lists
Connection arrangement will belong to the same category and identical at least one the second variable information connection of name variable in categorized item lists
Arrangement, the categorized item lists after connection arrangement are characterized check information table.
Illustratively, as shown in figure 4, since variable uses range information can be crossover part, across element and cross-page face three
Kind, therefore, three kinds of different classifications are finally obtained, with B01.MSQ1.DIG_FR1->It is said for B02.TCC1.DIG_FR1
Bright, B01.MSQ1.DIG_FR1 and B02.TCC1.DIG_FR1 are the variable information of two crossover parts, and the variable name of the two
Claim identical, is FR1, therefore, B01.MSQ1.DIG_FR1 and B02.TCC1.DIG_FR1 are attached, obtained
B01.MSQ1.DIG_FR1->B02.TCC1.DIG_FR1。
Optionally, according to the first hierarchy node of at least one of nodal information list and at least one second hierarchy node
Feature check information table is obtained, can also include：
At least one first node index file and default second level section in default first hierarchy node are read respectively
At least one second node index file in point；
Feature verification letter is generated according at least one first node index file and at least one second node index file
Table is ceased, includes in feature check information table：Node storage order information at least one first node index file and at least
The node storage order information of node storage order information comparison arrangement in one second node index file.
Here, presetting the first hierarchy node is the first hierarchy node of one or more of nodal information list, it is preferable that
Default first hierarchy node is processor, that is to say, that default first hierarchy node is one or more processors；Default second
Hierarchy node is the second hierarchy node of one or more of nodal information list, it is preferable that default second hierarchy node is place
Manage device, that is to say, that default second hierarchy node is one or more processors.
It should be noted that a processor index file is provided in each processor, in processor index file
Record has the element storage order of element included by the processor, and storage is according to execution sequential storage, therefore, element
What storage order can be used as element executes sequence, in order to preset the processor index file in the first hierarchy node and default
Processor index file in second hierarchy node is distinguished, and defines the processor index in default first hierarchy node here
File is first node index file, and presetting the processor index file in the second hierarchy node is second node index file,
That is, including at least one first node index file in default first hierarchy node, wrapped in default second hierarchy node
Include at least one second node index file.
Here, processor index file generallys use xml format, at this point, first node index file can be expressed as：
<？Xml version=" 1.0 " encoding=" UTF-8 "？>
<Main1>
<App Name=" MSQAPP " Path=" MSQAPP/MSQAPP.dcfx " Inst=" MSQ1 "/>
<App Name=" SOLAPP " Path=" SOLAPP/SOLAPP.dcfx " Inst=" SOL1 "/>
<App Name=" TCCAPP " Path=" TCCAPP/TCCAPP.dcfx " Inst=" TCC1 "/>
</Main1>
Second node index file can be expressed as：：
<？Xml version=" 1.0 " encoding=" UTF-8 "？>
<Main1>
<App Name=" SOLAPP " Path=" SOLAPP/SOLAPP.dcfx " Inst=" SOL1 "/>
<App Name=" MSQAPP " Path=" MSQAPP/MSQAPP.dcfx " Inst=" MSQ1 "/>
<App Name=" TCCAPP " Path=" TCCAPP/TCCAPP.dcfx " Inst=" TCC1 "/>
</Main1>
Specifically, working as VICT tool at least one first node name information and at least one second node name information
After comparing arrangement acquisition nodal information list, VICT tool can read at least one in default first hierarchy node respectively
At least one second node index file in a first node index file and default second hierarchy node；Then from least one
Node storage order information is extracted in a first node index file, extracts node from least one second node index file
Storage order information；Finally by least one first node index file node storage order information and at least one second
Node storage order information in node index file compares arrangement, generates feature check information table.
Illustratively, as shown in figure 5, element execution sequence is in the first visualization procedure in feature check information table：
MSQAPP：MSQ1,SOLAPP：SOL1,TCCAPP：TCC1, the execution sequence of element is in the second visualization procedure：SOLAPP：
SOL1,MSQAPP：MSQ1,TCCAPP：TCC1, so as to learn, the execution sequence of the two is not identical.
Optionally, according to the first hierarchy node of at least one of nodal information list and at least one second hierarchy node
Feature check information table is obtained, can also include：
At least one first task chain symbolic information and default second level in default first hierarchy node are read respectively
At least one of node the second task chain symbolic information；
Feature school is generated according at least one first task chain symbolic information and at least one second task chain symbolic information
Information table is tested, includes in feature check information table：Node at least one first task chain symbolic information executes order information
The node for executing order information comparison arrangement with the node at least one second task chain symbolic information executes order information.
Here, presetting the first hierarchy node is the first hierarchy node of one or more of nodal information list, it is preferable that
Default first hierarchy node is element, that is to say, that default first hierarchy node is one or more elements；Default second level
Node is the second hierarchy node of one or more of nodal information list, it is preferable that default second hierarchy node is element,
That is default first hierarchy node is one or more elements.
It should be noted that a task schedule page can be arranged in each element, it is arranged one in task paging
Task chain symbolic information, and page name is filled in the task chain symbolic information, the configuration page execute sequence, in order to preset the
The task chain symbolic information in task chain symbolic information and default second hierarchy node in one hierarchy node is distinguished, here
Defining the task chain symbolic information in default first hierarchy node is first task chain symbolic information, is preset in the second hierarchy node
Task chain symbolic information be the second task chain symbolic information, that is to say, that include at least one in default first hierarchy node
First task chain symbolic information, presetting includes at least one second task chain symbolic information in the second hierarchy node.
Illustratively, as shown in fig. 6, being provided with a task chain in the task schedule page, which includes LEVEL1
To eight grades of LEVEL8, by taking LEVEL1 as an example, page name name is respectively in the LEVEL1：MC1_INPUTS,MC2_
INPUTS, COMMBSQ, COMMENABL, COMMCUST, DSPA4_1, COMMLOWAC, SSQSTM, State is in the LEVEL1
Page status is ACTIVE state of activation.
Specifically, working as VICT tool at least one first node name information and at least one second node name information
After comparing arrangement acquisition nodal information list, VICT tool can read at least one in default first hierarchy node respectively
The second task chain symbolic information of at least one of a first task chain symbolic information and default second hierarchy node；Then to
Node is extracted in a few first task chain symbolic information and executes order information, from least one second task chain symbolic information
It extracts node and executes order information；Finally by the node execution order information at least one first task chain symbolic information and extremely
Node in a few second task chain symbolic information executes order information comparison arrangement, generates feature check information table.
Illustratively, as shown in figure 5, element MSQ1 setting in the first visualization procedure in feature check information table
The execution sequence of the page is in Level2：MC1_INPUT, MC2_INPUT, COMMBSQ, COMMCUST etc., the second visualization journey
The execution sequence of the page is in the Level2 that element MSQ1 is arranged in sequence：MC1_INPUT,COMMCUST,COMMBSQ,MC2_
INPUT etc., so as to learn, the execution sequence of the two is not identical.
Optionally, according to the first hierarchy node of at least one of nodal information list and at least one second hierarchy node
Feature check information table is obtained, can also include：
At least one of default first hierarchy node the first symbolic information and at least one first link information are read, is read
Take the second symbolic information of at least one of default second hierarchy node and at least one second link information；
According at least one first symbolic information and at least one first link information, the first directed acyclic network is generated,
According at least one second symbolic information and at least one second link information, the second directed acyclic network is generated；
Feature check information table, feature check information are generated according to the first directed acyclic network and the second directed acyclic network
Include in table：The semiology analysis in semiology analysis order information and the second directed acyclic network in first directed acyclic network is suitable
The semiology analysis order information of sequence information comparison arrangement.
Here, presetting the first hierarchy node is the first hierarchy node of one or more of nodal information list, it is preferable that
Default first hierarchy node is the page, that is to say, that default first hierarchy node is one or more pages；Default second level
Node is the second hierarchy node of one or more of nodal information list, it is preferable that default second hierarchy node is the page,
That is default second hierarchy node is one or more pages.
It should be noted that each page is made of symbolic information and link information, symbolic information here specifically may be used
To include：Input variable information, output variable information, power function information, in order to which the symbol in the first hierarchy node will be preset
Information and link information in default second hierarchy node symbolic information and link information distinguished, definition here default the
Symbolic information in one hierarchy node is the first symbolic information, and presetting the link information in the first hierarchy node is the first connection letter
Breath, presetting the symbolic information in the second hierarchy node is the second symbolic information, and the link information in default second hierarchy node is
Second link information, that is to say, that include in default first hierarchy node at least one first symbolic information and at least one the
One link information, presetting includes at least one second symbolic information and at least one second link information in the second hierarchy node.
Specifically, working as VICT tool at least one first node name information and at least one second node name information
It compares after arrangement obtains nodal information list, VICT tool can read at least one of default first hierarchy node the
One symbolic information and at least one first link information read the second symbolic information of at least one of default second hierarchy node
With at least one the second link information；Then at least one first symbolic information and at least one first link information are traversed, is obtained
To the first directed acyclic network, at least one second symbolic information and at least one second link information are traversed, obtaining second has
To Acyclic Network；Next semiology analysis order information is extracted from the first directed acyclic network, is mentioned from the second directed acyclic network
Take semiology analysis order information；Finally by the semiology analysis order information and the second directed acyclic net in the first directed acyclic network
Semiology analysis order information in network compares arrangement, generates feature check information table.
Wherein, at least one first symbolic information and at least one first link information are traversed, the first directed acyclic is obtained
Network can specifically include：Using depth-first traversal algorithm traverse at least one first symbolic information and at least one first
Link information obtains the first directed acyclic network；Here, depth-first traversal algorithm algorithm is the prior art, and the present invention is implemented
This will not be repeated here for example；The first directed acyclic network that Fig. 7 is, in Fig. 7, input variable information is：Var1,Var2,
Var3, Var4, power function information are：AND2, OR2, SR, output variable information are：Var5.
Here, the mode for obtaining the second directed acyclic network is identical with the mode for obtaining the first directed acyclic network, this hair
This will not be repeated here for bright embodiment.
Illustratively, as shown in figure 5, symbol in page page1 in the first visualization procedure in feature check information table
Execution sequence be：AND2, OR2, SR, the execution sequence of symbol is in page page1 in the second visualization procedure：OR2,AND2,
SR, so as to learn, the execution sequence of the two is not identical.
Optionally, according to the first hierarchy node of at least one of nodal information list and at least one second hierarchy node
Feature check information table is obtained, can also include：
Read at least one first node attribute information in default first hierarchy node and at least one first node generation
Code information reads at least one second node attribute information and at least one second node code in default second hierarchy node
Information；
According at least one first node attribute information, at least one first node code information, at least one second section
Point attribute information and at least one second node code information generate feature check information table, include in feature check information table：
The node attribute information of at least one first node attribute information and the comparison arrangement of at least one second node attribute information, at least
The station code information of one first node code information and at least one second node code information comparison arrangement.
Here, presetting the first hierarchy node is the first hierarchy node of one or more of nodal information list, it is preferable that
Default first hierarchy node is the page, that is to say, that default first hierarchy node is one or more pages；Default second level
Node is the second hierarchy node of one or more of nodal information list, it is preferable that default second hierarchy node is the page,
That is default first hierarchy node is one or more pages.
It should be noted that page attribute information and page code information can be arranged in each page, wherein page category
Property information may include：The information such as page type, page reviser, version, page-describing；Wherein, page code information can be with
Including：The information such as the variable declarations code of the page, page initial code, page task code；In order to which the first level will be preset
Page attribute information and page code information in node and page attribute information and page generation in default second hierarchy node
Code information is distinguished, and defining the page attribute information in default first hierarchy node here is first page attribute information, in advance
If the page code information in the first hierarchy node is first page code information, the page properties in the second hierarchy node are preset
Information is second page attribute information, and presetting the page code information in the second hierarchy node is second page code information,
That is including that at least one first page attribute information and at least one first page code are believed in default first hierarchy node
Breath, presetting includes at least one second page attribute information and at least one second page code information in the second hierarchy node.
Specifically, working as VICT tool at least one first node name information and at least one second node name information
It compares after arrangement obtains nodal information list, VICT tool can read at least one of default first hierarchy node the
One symbolic information and at least one first link information read the second symbolic information of at least one of default second hierarchy node
With at least one the second link information；Then at least one first node attribute information and at least one second node attribute are believed
Breath compares arrangement, at least one first node code information and at least one second node code information are compared row
Column generate feature check information table.
Wherein, at least one first node attribute information and at least one second node attribute information are compared, is had
Body may include：Using longest subsequence character string comparison algorithm by least one first node attribute information and at least one the
Two node attribute informations compare；Here, longest subsequence character string comparison algorithm is the prior art, and the embodiment of the present invention exists
This is not repeated them here.
Here, the side at least one first node code information and at least one second node code information compared
Formula is identical as the mode for comparing at least one first node attribute information and at least one second node attribute information, this
This will not be repeated here for inventive embodiments.
Visualization procedure method of calibration provided in an embodiment of the present invention reads the first visualization procedure and second to be verified
Visualization procedure；According in the first hierarchy node of at least one of first visualization procedure and the second visualization procedure at least
One the second hierarchy node generates nodal information list, includes in nodal information list：At least one first hierarchy node with extremely
The node hierarchical information of few second hierarchy node comparison arrangement；
It is obtained according to the first hierarchy node of at least one of nodal information list and at least one second hierarchy node special
Levy check information table, so as to by different level, various dimensions two visualization procedures are verified, verification speed and school are provided
Test accuracy.
The embodiment of the invention also provides a kind of visualization procedure calibration equipments 80, as shown in figure 8, the alarm root is because fixed
Position device 80 includes at least：Processor 81 and memory 82 for storing the computer program that can be run on a processor,
Wherein,
The processor 81 when for running the computer program, executes：
Read the first visualization procedure and the second visualization procedure to be verified；
According in the first hierarchy node of at least one of first visualization procedure and second visualization procedure
At least one second hierarchy node generate nodal information list, include in the nodal information list：It is described at least one
The node hierarchical information of one hierarchy node and the comparison arrangement of at least one described second hierarchy node；
At least one first hierarchy node and at least one described second layer according in the nodal information list
Grade node obtains feature check information table.
In embodiments of the present invention, further, the processor 81 when for running the computer program, executes：
Extract the first node name information and at least one described second level of at least one first hierarchy node
The second node name information of node；
At least one first node name information and at least one second node name information are compared into arrangement, obtained
Nodal information list.
In embodiments of the present invention, further, the processor 81 when for running the computer program, executes：
It extracts in the first variable information of at least one of default first hierarchy node and default second hierarchy node extremely
Few second variable information；
Categorized item lists, institute are generated according at least one described first variable information and at least one second variable information
It states in categorized item lists and includes：At least one described first variable information and the classification pair of at least one described second variable information
Than the variable information of arrangement；
The same category and identical at least one the first variable information connection of title will be belonged in the categorized item lists
Arrangement will belong to the same category and identical at least one the second variable information connection row of title in the categorized item lists
Column, the categorized item lists after connection arrangement are the feature check information table.
In embodiments of the present invention, further, the processor 81 when for running the computer program, executes：
At least one first node index file and default second level section in default first hierarchy node are read respectively
At least one second node index file in point；
It is generated according at least one described first node index file and at least one described second node index file special
Check information table is levied, includes in the feature check information table：Node at least one described first node index file is deposited
The node of node storage order information comparison arrangement in storage order information and at least one described second node index file is deposited
Store up order information.
In embodiments of the present invention, further, the processor 81 when for running the computer program, executes：
At least one first task chain symbolic information and default second level in default first hierarchy node are read respectively
At least one of node the second task chain symbolic information；
It is raw according at least one described first task chain symbolic information and at least one described second task chain symbolic information
At feature check information table, include in the feature check information table：In at least one described first task chain symbolic information
Node executes the node in order information and at least one described second task chain symbolic information and executes order information comparison arrangement
Node execute order information.
In embodiments of the present invention, further, the processor 81 when for running the computer program, executes：
At least one of default first hierarchy node the first symbolic information and at least one first link information are read, is read
Take the second symbolic information of at least one of default second hierarchy node and at least one second link information；
According at least one described first symbolic information and at least one first link information, the first directed acyclic net is generated
Network generates the second directed acyclic network according at least one described second symbolic information and at least one second link information；
Feature check information table is generated according to first directed acyclic network and second directed acyclic network, it is described
Include in feature check information table：Semiology analysis order information and the second oriented nothing in first directed acyclic network
The semiology analysis order information of semiology analysis order information comparison arrangement in loop network.
In embodiments of the present invention, further, the processor 81 when for running the computer program, executes：
Read at least one first node attribute information in default first hierarchy node and at least one first node generation
Code information reads at least one second node attribute information and at least one second node code in default second hierarchy node
Information；
According at least one described first node attribute information, at least one described first node code information, it is described extremely
A few second node attribute information and at least one described second node code information generate feature check information table, the spy
Include in sign check information table：At least one described first node attribute information and at least one described second node attribute information
Compare the node attribute information of arrangement, at least one described first node code information and at least one described second node code
The station code information of information comparison arrangement.
The embodiment of the present invention provides a kind of computer readable storage medium, and the computer-readable recording medium storage has one
A or multiple programs, one or more of programs can be executed by one or more processor, to realize following steps：
Read the first visualization procedure and the second visualization procedure to be verified；
According in the first hierarchy node of at least one of first visualization procedure and second visualization procedure
At least one second hierarchy node generate nodal information list, include in the nodal information list：It is described at least one
The node hierarchical information of one hierarchy node and the comparison arrangement of at least one described second hierarchy node；
At least one first hierarchy node and at least one described second layer according in the nodal information list
Grade node obtains feature check information table.
Above computer readable storage medium implements the description of item, be with above method description it is similar, there is Tongfang
The identical beneficial effect of method embodiment.For undisclosed technical detail in computer readable storage medium embodiment of the present invention,
Those skilled in the art please refers to the description of embodiment of the present invention method and understands.
It should be understood that " one embodiment " or " embodiment " that specification is mentioned in the whole text mean it is related with embodiment
A particular feature, structure, or characteristic is included at least one embodiment of the present invention.Therefore, occur everywhere in the whole instruction
" in one embodiment " or " in one embodiment " not necessarily refer to identical embodiment.In addition, these specific features, knot
Structure or characteristic can combine in any suitable manner in one or more embodiments.It should be understood that in various implementations of the invention
In example, magnitude of the sequence numbers of the above procedures are not meant that the order of the execution order, and the execution sequence of each process should be with its function
It can determine that the implementation process of the embodiments of the invention shall not be constituted with any limitation with internal logic.The embodiments of the present invention
Serial number is for illustration only, does not represent the advantages or disadvantages of the embodiments.
It should be noted that, in this document, the terms "include", "comprise" or its any other variant are intended to non-row
His property includes, so that the process, method, article or the device that include a series of elements not only include those elements, and
And further include other elements that are not explicitly listed, or further include for this process, method, article or device institute it is intrinsic
Element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that including being somebody's turn to do
There is also other identical elements in the process, method of element, article or device.
In several embodiments provided herein, it should be understood that disclosed device and method can pass through it
Its mode is realized.Apparatus embodiments described above are merely indicative, for example, the division of the unit, only
A kind of logical function partition, there may be another division manner in actual implementation, such as：Multiple units or components can combine, or
It is desirably integrated into another system, or some features can be ignored or not executed.In addition, shown or discussed each composition portion
Mutual coupling or direct-coupling or communication connection is divided to can be through some interfaces, the INDIRECT COUPLING of equipment or unit
Or communication connection, it can be electrical, mechanical or other forms.
Above-mentioned unit as illustrated by the separation member, which can be or may not be, to be physically separated, aobvious as unit
The component shown can be or may not be physical unit；Both it can be located in one place, and may be distributed over multiple network lists
In member；Some or all of units can be selected to achieve the purpose of the solution of this embodiment according to the actual needs.
It, can also be in addition, each functional unit in various embodiments of the present invention can be fully integrated in a processor
It is each unit individually as a unit, can also be integrated in one unit with two or more units；Above-mentioned collection
At unit both can take the form of hardware realization, can also be realized in the form of hardware adds SFU software functional unit.
Those of ordinary skill in the art will appreciate that：Realize that all or part of the steps of above method embodiment can pass through
The relevant hardware of program instruction is completed, and program above-mentioned can store in computer-readable storage medium, which exists
When execution, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned includes：Movable storage device read-only is deposited
The various media that can store program code such as reservoir (ReadOnly Memory, ROM), magnetic or disk.
If alternatively, the above-mentioned integrated unit of the present invention is realized in the form of software function module and as independent product
When selling or using, it also can store in a computer readable storage medium.Based on this understanding, the present invention is implemented
Substantially the part that contributes to existing technology can be embodied in the form of software products the technical solution of example in other words,
The computer software product is stored in a storage medium, including some instructions are used so that computer equipment (can be with
It is personal computer, server or network equipment etc.) execute all or part of each embodiment the method for the present invention.
And storage medium above-mentioned includes：Various Jie that can store program code such as movable storage device, ROM, magnetic or disk
Matter.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (15)
1. a kind of visualization procedure method of calibration, which is characterized in that the method includes：
Read the first visualization procedure and the second visualization procedure to be verified；
According in the first hierarchy node of at least one of first visualization procedure and second visualization procedure extremely
Few second hierarchy node generates nodal information list, includes in the nodal information list：At least one described first layer
The node hierarchical information of grade node and the comparison arrangement of at least one described second hierarchy node；
At least one first hierarchy node according in the nodal information list and at least one described second level section
Point obtains feature check information table.
2. the method according to claim 1, wherein at least one according in first visualization procedure
The second hierarchy node of at least one of a first hierarchy node and second visualization procedure generates nodal information list, packet
It includes：
The first node name information of at least one the first hierarchy node described in extracting and at least one described second hierarchy node
Second node name information；
At least one first node name information and at least one second node name information are compared into arrangement, obtain node
Information list.
3. method according to claim 1 or 2, which is characterized in that described according in the nodal information list
At least one first hierarchy node and at least one described second hierarchy node obtain feature check information table, including：
Extract at least one in the first variable information of at least one of default first hierarchy node and default second hierarchy node
A second variable information；
Categorized item lists are generated according at least one described first variable information and at least one second variable information, described point
Include in category information list：At least one described first variable information and at least one described second variable information comparison of classification are arranged
The variable information of column；
The same category and identical at least one the first variable information connection arrangement of title will be belonged in the categorized item lists,
The same category and identical at least one the second variable information connection arrangement of title, connection will be belonged in the categorized item lists
Categorized item lists after arrangement are the feature check information table.
4. method according to claim 1 or 2, which is characterized in that described according in the nodal information list
At least one first hierarchy node and at least one described second hierarchy node obtain feature check information table, including：
It is read at least one first node index file and default second hierarchy node in default first hierarchy node respectively
At least one second node index file；
Feature school is generated according at least one described first node index file and at least one described second node index file
Information table is tested, includes in the feature check information table：Node storage at least one described first node index file is suitable
The node storage of node storage order information comparison arrangement in sequence information and at least one described second node index file is suitable
Sequence information.
5. method according to claim 1 or 2, which is characterized in that described according in the nodal information list
At least one first hierarchy node and at least one described second hierarchy node obtain feature check information table, including：
At least one first task chain symbolic information in default first hierarchy node and default second hierarchy node are read respectively
At least one of the second task chain symbolic information；
It is generated according at least one described first task chain symbolic information and at least one described second task chain symbolic information special
Check information table is levied, includes in the feature check information table：Node at least one described first task chain symbolic information
Execute the section that the node in order information and at least one described second task chain symbolic information executes order information comparison arrangement
Point executes order information.
6. method according to claim 1 or 2, which is characterized in that described according in the nodal information list
At least one first hierarchy node and at least one described second hierarchy node obtain feature check information table, including：
At least one of default first hierarchy node the first symbolic information and at least one first link information are read, is read pre-
If the second symbolic information of at least one of second hierarchy node and at least one second link information；
According at least one described first symbolic information and at least one first link information, the first directed acyclic network is generated,
According at least one described second symbolic information and at least one second link information, the second directed acyclic network is generated；
Feature check information table, the feature are generated according to first directed acyclic network and second directed acyclic network
Include in check information table：Semiology analysis order information and the second directed acyclic net in first directed acyclic network
The semiology analysis order information of semiology analysis order information comparison arrangement in network.
7. method according to claim 1 or 2, which is characterized in that described according in the nodal information list
At least one first hierarchy node and at least one described second hierarchy node obtain feature check information table, including：
At least one the first node attribute information and at least one first node code read in default first hierarchy node is believed
Breath, at least one the second node attribute information and at least one second node code read in default second hierarchy node are believed
Breath；
According at least one described first node attribute information, at least one described first node code information, described at least one
A second node attribute information and at least one described second node code information generate feature check information table, the feature school
It tests in information table and includes：At least one described first node attribute information and the comparison of at least one described second node attribute information
The node attribute information of arrangement, at least one described first node code information and at least one described second node code information
Compare the station code information of arrangement.
8. a kind of visualization procedure calibration equipment, which is characterized in that described device includes：Processor and for store can locate
The memory of the computer program run on reason device；Wherein,
The processor when for running the computer program, executes：
Read the first visualization procedure and the second visualization procedure to be verified；
According in the first hierarchy node of at least one of first visualization procedure and second visualization procedure extremely
Few second hierarchy node generates nodal information list, includes in the nodal information list：At least one described first layer
The node hierarchical information of grade node and the comparison arrangement of at least one described second hierarchy node；
At least one first hierarchy node according in the nodal information list and at least one described second level section
Point obtains feature check information table.
9. device according to claim 8, which is characterized in that the processor, when for running the computer program,
It executes：
The first node name information of at least one the first hierarchy node described in extracting and at least one described second hierarchy node
Second node name information；
At least one first node name information and at least one second node name information are compared into arrangement, obtain node
Information list.
10. device according to claim 8 or claim 9, which is characterized in that the processor, for running the computer journey
When sequence, execute：
Extract at least one in the first variable information of at least one of default first hierarchy node and default second hierarchy node
A second variable information；
Categorized item lists are generated according at least one described first variable information and at least one second variable information, described point
Include in category information list：At least one described first variable information and at least one described second variable information comparison of classification are arranged
The variable information of column；
The same category and identical at least one the first variable information connection arrangement of title will be belonged in the categorized item lists,
The same category and identical at least one the second variable information connection arrangement of title, connection will be belonged in the categorized item lists
Categorized item lists after arrangement are the feature check information table.
11. device according to claim 8 or claim 9, which is characterized in that the processor, for running the computer journey
When sequence, execute：
It is read at least one first node index file and default second hierarchy node in default first hierarchy node respectively
At least one second node index file；
Feature school is generated according at least one described first node index file and at least one described second node index file
Information table is tested, includes in the feature check information table：Node storage at least one described first node index file is suitable
The node storage of node storage order information comparison arrangement in sequence information and at least one described second node index file is suitable
Sequence information.
12. device according to claim 8 or claim 9, which is characterized in that the processor, for running the computer journey
When sequence, execute：
At least one first task chain symbolic information in default first hierarchy node and default second hierarchy node are read respectively
At least one of the second task chain symbolic information；
It is generated according at least one described first task chain symbolic information and at least one described second task chain symbolic information special
Check information table is levied, includes in the feature check information table：Node at least one described first task chain symbolic information
Execute the section that the node in order information and at least one described second task chain symbolic information executes order information comparison arrangement
Point executes order information.
13. device according to claim 8 or claim 9, which is characterized in that the processor, for running the computer journey
When sequence, execute：
At least one of default first hierarchy node the first symbolic information and at least one first link information are read, is read pre-
If the second symbolic information of at least one of second hierarchy node and at least one second link information；
According at least one described first symbolic information and at least one first link information, the first directed acyclic network is generated,
According at least one described second symbolic information and at least one second link information, the second directed acyclic network is generated；
Feature check information table, the feature are generated according to first directed acyclic network and second directed acyclic network
Include in check information table：Semiology analysis order information and the second directed acyclic net in first directed acyclic network
The semiology analysis order information of semiology analysis order information comparison arrangement in network.
14. device according to claim 8 or claim 9, which is characterized in that the processor, for running the computer journey
When sequence, execute：
At least one the first node attribute information and at least one first node code read in default first hierarchy node is believed
Breath, at least one the second node attribute information and at least one second node code read in default second hierarchy node are believed
Breath；
According at least one described first node attribute information, at least one described first node code information, described at least one
A second node attribute information and at least one described second node code information generate feature check information table, the feature school
It tests in information table and includes：At least one described first node attribute information and the comparison of at least one described second node attribute information
The node attribute information of arrangement, at least one described first node code information and at least one described second node code information
Compare the station code information of arrangement.
15. a kind of computer readable storage medium, which is characterized in that the computer-readable recording medium storage have one or
Multiple programs, one or more of programs can be executed by one or more processor, to realize that claim 1-7 such as appoints
Method described in one.
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| CN117312292A (en) * | 2023-11-28 | 2023-12-29 | 深圳市移卡科技有限公司 | Method, device, equipment and medium for checking organization operation report form based on tree diagram |
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| CN110211453A (en) * | 2019-05-26 | 2019-09-06 | 韶关市启之信息技术有限公司 | A kind of method of combining environmental privacy aided remote pair programming |
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| CN117312292B (en) * | 2023-11-28 | 2024-02-02 | 深圳市移卡科技有限公司 | Method, device, equipment and medium for checking organization operation report form based on tree diagram |
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