CN115879435A - Cloud contract generation method in intelligent engineering scene - Google Patents
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Abstract
The invention discloses a cloud contract generation method in an intelligent engineering scene, which comprises contract template creation and contract signing, wherein the contract template creation comprises the following steps: in the system design stage, a dynamic field library is designed, a correlation formula is defined for fields in the dynamic field library, other fields are correlated through the correlation formula, and field types and verification rules are defined; inserting a read-only input element into a position dynamically input in a rich text editor, marking a dynamic field dynamically input, and adding an event to monitor a click event; clicking the corresponding dynamic field, judging whether the field is a correlation field, and if not, judging whether the field is switched; if yes, self-defining an association formula, and signing a contract, wherein the contract signing comprises the following steps: selecting a contract template for contract signing; the method has the characteristics of high contract signing efficiency and accuracy.
Description
Technical Field
The invention relates to the field of network security, in particular to a cloud contract generation method in an intelligent engineering scene.
Background
The smart engineering implants more cloud technologies into various industries, is generally interconnected to form the Internet of things, is integrated with the Internet to realize cloud sharing, and with the development and the promotion of standardization of electronic signing, cloud online contract signing is started in order to facilitate signing with customers. Contract online signing is a relatively mature field, with many excellent contract signing service providers. The final signing work of the contract is processed by a service provider through the butt joint of the interfaces, but the contracts of different main bodies are based on different business models, and have own generation modes, so that the efficient proceeding of the contract signing work between a customer manager and a customer is facilitated, a set of contract template library is utilized to carry out the rapid contract creation, and the problems of the efficiency of contract signing and the accuracy of the contract are solved, and the following problems are also solved: the number of fields to be filled in the contract template is very large, so that the input content is reduced, and the contract is generated quickly; when signing a contract, a client manager only knows partial information and how to construct a complete contract template; when a contract is generated, how to timely fill guidance and timely check for a customer manager; therefore, it is desirable to provide a method for generating a cloud contract in an intelligent engineering scenario to solve the above problems.
Disclosure of Invention
In order to achieve the above object, the inventor provides a method for cloud contract generation in an intelligent engineering scene, including contract template creation and contract signing, where the contract template creation includes the steps of:
s101: in the system design stage, a dynamic field library is designed, a correlation formula is defined for fields in the dynamic field library, other fields are correlated through the correlation formula, and field types and verification rules are defined;
s102: inserting a read-only input element into a position dynamically input in a rich text editor, marking a dynamic field dynamically input, and adding an event to monitor a click event;
s103: clicking the corresponding dynamic field, judging whether the field is the associated field, and if not, judging whether the field is switched; if yes, self-defining an association formula, and judging whether to switch fields; if the fields are switched, switching to other dynamic fields, editing other information and submitting the template; if not, directly editing other information and submitting a contract template;
the contract signing comprises the steps of: s201 selects a contract template for contract signing.
As a preferred mode of the present invention, the contract signing further comprises the steps of:
s202: when a contract template is used for contract signing, a dynamic field form is generated by configuring dom elements and attribute information corresponding to different types of fields through JSON, and meanwhile, a check rule of a corresponding field is generated in a matching manner through a field rule attribute;
s203: judging whether the contract template has the associated fields, if so, analyzing the formulas corresponding to the associated fields, and identifying the associated fields; if no associated field exists in the contract template, adding the corresponding associated field into a dynamic field form of the contract;
s204: after the dynamic field form of the contract is filled, submitting the form, storing the dynamic field information in the form into JSON, converting the corresponding contract template into a jsx format and storing the jsx format into contract text information;
s205: in the process of checking and auditing the contract, the contract template and the dynamic data JSON are displayed in a combined mode, and the corresponding page is analyzed in a jsx mode.
As a preferred mode of the present invention, the generating of the dynamic field form includes the following steps:
when a form is generated on a client page, polling fields of the form, if the current fields are associated fields, analyzing a current expression, matching key values of corresponding dynamic fields through a regular expression, adding the corresponding dynamic fields into the expression, automatically removing duplication when repeated dynamic fields are encountered in the polling process, acquiring data of a dynamic field table, filtering, and reserving the fields needing to be used in a template;
and the JSON configuration and the field type of the client page are in one-to-one correspondence, correspond to the component name of a component library used by the client page, circulate the dynamic field of the template, and match the corresponding JSON configuration to generate the form page.
As a preferred mode of the present invention, when a contract is generated, JSON data and contract content information are stored, the JSON data is used for storing a dynamic field key value and corresponding data, when the contract dynamic field JSON is generated, if there is a related field, the related field data needs to be calculated, the related field formula is used as the content of the Function in a new Function () mode, the calculated value is returned, the Function is called to return the value of the corresponding related field, and when the contract is generated, the corresponding key value pair is submitted.
As a preferred mode of the present invention, when a contract is generated, the regular expression matching input element is replaced with { this. Product (key) }, and the data is stored in the contract content.
As a preferred mode of the invention, the method further comprises the following steps of contract viewing and contract auditing:
generating a contract and storing corresponding dynamic field content in the contract content to become a function, rendering the contract content through jsx rendering during contract checking and contract checking, defining a generate method in a Vue and React frame, calling the generate method to replace the corresponding dynamic field while rendering the contract, and replacing the corresponding dynamic field value to the corresponding position while checking the contract;
when the check is closed, returning a span element by the generation method, adding click event monitoring aiming at the span element, and editing corresponding data when a field is clicked;
and during legal affair examination, rendering the contract into a rich text editor, returning an input box by the generation method, wherein the value displayed by the input box is the value of the corresponding dynamic field, adding click event monitoring, and clicking and editing corresponding data.
As a preferred mode of the present invention, the field type includes an input box, a pull-down option, a date; the check rule comprises a default rule and a regular expression.
As a preferred mode of the present invention, the designing of the dynamic field includes designing a dynamic field library, and the attribute of the dynamic field stored in the database includes a key value of the dynamic field, a field name, a field description, a field type, whether the field is an associated field, a field association formula, a field check rule, a field unit, and a field maximum inputtable.
As a preferred mode of the invention, when the key value of the dynamic field is used for contract establishment, the key and the field value are bound to form a one-to-one correspondence;
the field name is the display of the occupation information when the contract template is added with the dynamic field, and is used for leading a template maker to determine the meaning of the current field, and when the contract is generated and the dynamic field form is filled in, the field name is displayed as the label information of the dynamic field in the form;
the field description is the description display of the dynamic field in the corresponding form when the contract is generated, and is used for prompting the actual use or meaning of the current field;
the field types comprise a single-line input box, a multi-line input box, pull-down options, dates and attachments, different field types correspond to JSON data stored in the page one by one, and when the page is rendered, the page is directly rendered into a corresponding page through JSON configuration;
the field association formula is used to automatically calculate the current field.
Different from the prior art, the beneficial effect that above-mentioned technical scheme reached has:
(1) The method is a non-simple standard template, the input contents have an incidence relation, the automatic calculation effect is achieved through the incidence of fields, the template content input is reduced, and the automatic generation effect of data can be achieved through calculation through grasped part of information;
(2) The method completes the timely verification of the input stage through field design, can ensure the accuracy of the input content, and reduces the error probability of the contract;
(3) The method integrates examination and editing of the contract, can edit during examination, reduces the work of returning and resubmission between an examination and approval person and a contract submitting person, and can directly modify through communication to shorten the examination and approval process;
(4) The contract template storage method can be compatible with different service scenes and used for contract checking and contract checking editing in different scenes, and the contract template storage method can be compatible with front-end frames different from Vue and React and can be uniformly processed in the different front-end frames.
Drawings
FIG. 1 is a flowchart illustrating the creation of a contract template according to an embodiment.
FIG. 2 is a flow diagram illustrating contract signing in accordance with an embodiment.
Detailed Description
To explain technical contents, structural features, and objects and effects of the technical solutions in detail, the following detailed description is given with reference to the accompanying drawings in conjunction with the embodiments.
As shown in fig. 1, the present embodiment provides a cloud contract generation method in an intelligent engineering scenario, including creating a contract template and signing a contract, where creating the contract template includes:
s101: in a system design stage, a dynamic field library is designed, a correlation formula is defined for fields in the dynamic field library, the fields are correlated to other fields through the correlation formula, field types are defined, the field types comprise input boxes, pull-down options and dates, and verification rules are defined, and the verification rules comprise default rules and regular expressions;
s102: inserting a read-only input element into a position dynamically input in a rich text editor, marking a dynamic field dynamically input, and adding an event to monitor a click event;
s103: clicking the corresponding dynamic field, judging whether the field is the associated field, and if not, judging whether the field is switched; if yes, self-defining an association formula, and judging whether to switch fields; if the fields are switched, switching to other dynamic fields, editing other information and submitting the template; if not, directly editing other information and submitting a contract template;
as shown in fig. 2, contract signing includes the steps of:
s201, selecting a contract template to sign a contract;
s202: when a contract template is used for contract signing, configuring dom elements and attribute information corresponding to different types of fields through JSON to generate a dynamic field form, and matching and generating a check rule of a corresponding field through a field rule attribute;
s203: judging whether the contract template has the associated fields, if so, analyzing the formulas corresponding to the associated fields, and identifying the associated fields; if no associated field exists in the contract template, adding the corresponding associated field into the contract dynamic field form;
s204: after the contract dynamic field form is filled, submitting the form, storing the dynamic field information in the form into JSON, converting the corresponding contract template into a jsx format and storing the jsx format into contract text information;
s205: in the process of checking and auditing the contract, the contract template and the dynamic data JSON are displayed in a combined mode, and the corresponding page is analyzed in a jsx mode.
In the specific implementation process of the above embodiment, for the contract template dynamic field design: in order to improve the efficiency of the contract and ensure the accuracy of the contract data, the embodiment designs a set of dynamic field library, and the attribute stored in the database by the dynamic field includes: the key value of the dynamic field, the field name, the field description, the field type, whether the field is an associated field or not, a field association formula, a field verification rule, a field unit, the maximum field input and other information;
the key value of the dynamic field is mainly used for binding the key and the value, namely the value of the field, to form a one-to-one correspondence when the contract is created;
the field name is the display of the placeholder information when the contract template is added with the dynamic field, so that a template maker can determine what the current field represents, and the field name is displayed as the label information of the dynamic field in the form when the contract is generated and the dynamic field form is filled in;
the field description is used for displaying the description of the dynamic field in the corresponding form when the contract is generated, and is used for prompting the actual use or meaning of the current field;
the field types comprise different field types such as a single-line input box, a multi-line input box, a pull-down option, a date, an attachment and the like, are in one-to-one correspondence with JSON data stored in a page, and are directly rendered into a corresponding page through JSON configuration during page rendering;
field association formula: for automatically computing a current field, the associated formula for the field is similar to the formula:
(field 1 + field 2) field 3.
Checking information of the field: the field check information is an array, which is similar as follows:
[ 'required', 'email', [ '/[0-9] +/', 'please enter a number' ]);
required, the email corresponds to the default check name in the check component,/[ 0-9] +/is a regular expression; if the data in the array is the array, the first data represents the check rule, and the second data represents the error information.
For contract template generation: the method comprises the steps that a rich text editor is used for generating a contract template, the content of the contract template is input through the rich text editor, a dynamic field is inserted into a part needing to be filled by a customer manager, the dynamic field is inserted into the rich text editor in the form of an input box, the input box is set to be readonly, a value is set to be a name of the dynamic field, and the value is inserted into the rich text editor in an insertHtml mode;
in the above embodiment, the input box is selected as the placeholder, mainly because the placeholder information is to be processed as a whole, such as: when deleting, the whole placeholder needs to be deleted, and part of the content of the placeholder cannot be deleted; for example: placeholders in the contract template are called: when deleting the placeholder, the sales amount is required to be deleted by four words, the sales amount cannot be deleted, and the core is that the placeholder is required to be a whole.
For generating a contract according to the contract template, the following three parts are included:
and generating a dynamic field form: when a form is generated on a client page, firstly polling fields of the form, if the current fields are associated fields, analyzing the current expression, matching key values of corresponding dynamic fields through a regular expression, adding the corresponding dynamic fields into the expression, automatically removing duplication when repeated dynamic fields are encountered in the polling process, acquiring data of a dynamic field table, filtering, and reserving the fields to be used in a template;
the client page has a one-to-one correspondence between JSON configuration and field types, and corresponds to the component name of a component library used by the client page, such as an input type, the corresponding element in the element component library is el-input, and the JSON configuration also has attribute information of the element, such as maxlength and the like. Circulating the dynamic field of the template, matching the dynamic field with the corresponding JSON configuration, and generating a form page, namely, generating the form page by reading information in the JSON configuration;
and (3) generating a dynamic field check rule, wherein for the rule built in the check library, similar to required mandatory item check and email mailbox check, the following outputs are generated:
rules [ { required: true, message: 'this is mandatory' }.
For the regular expression, a function is created, a new RegExp object, namely a regular object, is generated, whether the input data meet the regular expression or not is judged by using a test method, and if not, an error is reported.
And (3) contract generation: when a contract is generated, two kinds of information are stored, one is JSON data, the dynamic field key value and the corresponding data are stored, and the other is contract content information;
when the contract dynamic field JSON is generated, if the associated field exists, the associated field data needs to be calculated. And taking the associated field formula as the content of the Function by means of the new Function (), and returning a calculated value as follows:
the correlation formula is as follows: (field 1 + field 2) × field 3
New Function (field 1, field 2, field 3) retaining pocket
return (field 1 + field 2) × field 3// correlation formula
}
Calling the Function to return the value of the corresponding associated field;
and submitting the corresponding key-value pair when generating the contract.
When the contract content is generated, the regular expression matching input element is replaced by { this. Generate (key) }, and the data is stored in the contract content.
Contract viewing and contract auditing: the corresponding dynamic field content in the contract content stored when the contract is generated becomes a function, and when the contract content is rendered during contract viewing and contract checking, the JSx rendering is performed, and because Vue also supports the JSx rendering. In the frames of Vue and React, a generate method is defined, the generate method is called to replace a corresponding dynamic field when the contract is rendered, and the Vue and the React are two front-end language frames.
When the contract is viewed, only the corresponding dynamic field value needs to be replaced to the corresponding position.
Because the contract can be edited when being checked, the generation method returns a span element, click event monitoring is added aiming at the span element, and corresponding data can be edited when a field is clicked.
The method comprises the steps that not only the content of a dynamic field can be changed during legal affair examination, but also a contract text can be changed, a contract needs to be rendered into a rich text editor, an input box is returned by a generation method, the value of the input corresponds to the value of the dynamic field, click event monitoring is added, and corresponding data can be clicked and edited.
It should be noted that, although the above embodiments have been described herein, the invention is not limited thereto. Therefore, based on the innovative concepts of the present invention, the technical solutions of the present invention can be directly or indirectly applied to other related technical fields by changing and modifying the embodiments described herein or by using the equivalent structures or equivalent processes of the content of the present specification and the attached drawings, and are included in the scope of the present invention.
Claims (9)
1. A cloud contract generation method in an intelligent engineering scene is characterized by comprising a contract creation template and a contract signing, wherein the contract creation template comprises the following steps:
s101: in the system design stage, a dynamic field library is designed, a correlation formula is defined for fields in the dynamic field library, other fields are correlated through the correlation formula, and field types and verification rules are defined;
s102: inserting a read-only input element at a dynamic input position in a rich text editor, marking a dynamic field which is dynamically input, and adding an event to monitor a click event;
s103: clicking the corresponding dynamic field, judging whether the field is the associated field, and if not, judging whether the field is switched; if yes, self-defining an association formula, and judging whether to switch fields; if the fields are switched, switching to other dynamic fields, editing other information and submitting the template; if not, directly editing other information and submitting a contract template;
the contract signing comprises the steps of: s201 selects a contract template for contract signing.
2. The method for cloud contract generation in an intelligent engineering scene as claimed in claim 1, wherein: the contract signing further comprises the steps of:
s202: when a contract template is used for contract signing, configuring dom elements and attribute information corresponding to different types of fields through JSON to generate a dynamic field form, and matching and generating a check rule of a corresponding field through a field rule attribute;
s203: judging whether the contract template has the associated fields, if so, analyzing the formulas corresponding to the associated fields, and identifying the associated fields; if no associated field exists in the contract template, adding the corresponding associated field into a dynamic field form of the contract;
s204: after the dynamic field form of the contract is filled, submitting the form, storing the dynamic field information in the form into JSON, converting the corresponding contract template into a jsx format and storing the jsx format into contract text information;
s205: in the process of checking and auditing the contract, the contract template and the dynamic data JSON are displayed in a combined mode, and the corresponding page is analyzed in a jsx mode.
3. The method for cloud contract generation in an intelligent engineering scenario of claim 2, wherein the generating of the dynamic field form includes the following steps:
when a form is generated on a client page, polling fields of the form, if the current fields are associated fields, analyzing a current expression, matching key values of corresponding dynamic fields through a regular expression, adding the corresponding dynamic fields into the expression, automatically removing duplication when repeated dynamic fields are encountered in the polling process, acquiring data of a dynamic field table, filtering, and reserving the fields needing to be used in a template;
and the JSON configuration and the field type of the client page are in one-to-one correspondence, correspond to the component name of a component library used by the client page, circulate the dynamic field of the template, and match the corresponding JSON configuration to generate the form page.
4. The method for cloud contract generation in an intelligent engineering scenario as claimed in claim 3, wherein: storing JSON data and contract content information when a contract is generated, wherein the JSON data is used for storing a dynamic field key value and corresponding data, calculating the associated field data if an associated field exists when the contract dynamic field JSON is generated, taking an associated field formula as the content of a Function in a new Function () mode, returning a calculated value, calling the Function to return the value of the corresponding associated field, and submitting the corresponding key value pair when the contract is generated.
5. The method for cloud contract generation in an intelligent engineering scenario as claimed in claim 4, wherein: when the contract is generated, the regular expression matching input element is replaced by { this. Generate (key) }, and the data is stored in the contract content.
6. The cloud contract generation method under the intelligent engineering scene of claim 5, further comprising contract viewing and contract auditing steps:
generating a contract and storing corresponding dynamic field content in the contract content to become a function, rendering the contract content through jsx rendering during contract checking and contract checking, defining a generate method in a Vue and React frame, calling the generate method to replace the corresponding dynamic field while rendering the contract, and replacing the corresponding dynamic field value to the corresponding position while checking the contract;
when the check is closed, returning a span element by the generate method, adding click event monitoring aiming at the span element, and editing corresponding data when a field is clicked;
and during legal affair checking, rendering the contract into a rich text editor, returning an input box by the generate method, wherein the value displayed by the input box is the value of the corresponding dynamic field, adding a click event for monitoring, and clicking and editing the corresponding data.
7. The method for cloud contract generation in an intelligent engineering scene as claimed in claim 1, wherein: the field type comprises an input box, a pull-down option and a date; the check rule comprises a default rule and a regular expression.
8. The method for cloud contract generation in an intelligent engineering scenario as claimed in claim 1, wherein: the design of the dynamic field comprises designing a dynamic field library, wherein the attributes of the dynamic field stored in the database comprise a key value, a field name, a field description, a field type, whether the field is an associated field or not, a field association formula, a field check rule, a field unit and the maximum input of the field.
9. The method of claim 8, wherein the cloud contract generation method comprises:
when the key value of the dynamic field is used for contract creation, the key and the field value are bound to form a one-to-one correspondence;
the field name is the display of the occupation information when the contract template is added with the dynamic field, and is used for leading a template maker to determine the meaning of the current field, and when the contract is generated and the dynamic field form is filled in, the field name is displayed as the label information of the dynamic field in the form;
the field description is the description display of the dynamic field in the corresponding form when the contract is generated, and is used for prompting the actual use or meaning of the current field;
the field types comprise a single-line input box, a multi-line input box, pull-down options, dates and attachments, different field types correspond to JSON data stored in the page one by one, and when the page is rendered, the page is directly rendered into a corresponding page through JSON configuration;
the field association formula is used to automatically calculate the current field.
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