CN110287468B - PDF document generation method and system suitable for online protocol - Google Patents
PDF document generation method and system suitable for online protocol Download PDFInfo
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- CN110287468B CN110287468B CN201910566201.0A CN201910566201A CN110287468B CN 110287468 B CN110287468 B CN 110287468B CN 201910566201 A CN201910566201 A CN 201910566201A CN 110287468 B CN110287468 B CN 110287468B
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Abstract
The invention discloses a PDF document generation method suitable for an online protocol, which is characterized in that protocol data is split into first data and second data according to the data flow type of a template component contained in a called PDF form template, the first data is processed to generate a first PDF document with a fixed template, the second data is processed to generate a second PDF document without the fixed template, and finally the first PDF document and the second PDF document are combined according to a preset combination rule to generate the PDF document of the online protocol. The invention can rapidly and automatically process various online protocols, is convenient for unified maintenance and is convenient for expansion; in addition, when a plurality of PDF document generation requests are received at the same time, a task management module is adopted to analyze the received PDF document generation requests to generate a plurality of synchronous/asynchronous subtasks, and the processing speed is improved as much as possible on the premise of ensuring that the tasks are successfully completed; meanwhile, each subtask list is processed in parallel by adopting multithreading, so that the processing speed is increased.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a PDF document generation method and system suitable for an online protocol.
Background
When the file format is converted into PDF by using the OPENOFFICE mode, the content format can be freely typeset, but the efficiency is low, the consumed CPU resource is high, and the process of the OPENOFFICE is easy to be blocked under the condition of high data volume.
The PDF document is generated by editing the PDF form field, so that the efficiency is improved by many times. But the contents of the PDF files generated at the inner time are fixed, and the contents in the forms are in a fixed format and relatively dead.
The existing online agreements, such as contract agreements in the consumer finance field, may only include contracts and agreements signed by users, and the part of data has a fixed contract template, and may also include part of data without a fixed template, such as dynamic data like borrowing and flowing water of users, for the latter, it is difficult to create a fixed template, so that staff needs to additionally process the agreements including the dynamic data, which has a large workload and is easy to make mistakes in the processing process.
Disclosure of Invention
The invention aims to provide a PDF document generation method and a PDF document generation system suitable for online protocols, which can rapidly and automatically process various online protocols, are convenient for unified maintenance and are convenient to expand; in addition, when a plurality of PDF document generation requests are received at the same time, a task management module is adopted to analyze the received PDF document generation requests to generate a plurality of synchronous/asynchronous subtasks, and the processing speed is improved as much as possible on the premise of ensuring that the tasks are successfully completed; meanwhile, each subtask list is processed in parallel by adopting multithreading, so that the processing speed is increased.
To achieve the above object, in connection with fig. 1, the present invention proposes a PDF document generation method suitable for an online protocol, the method comprising:
s1: and receiving a PDF document generation request, wherein the PDF document generation request comprises a PDF form template number and protocol data.
S2: and calling a PDF form template with a corresponding number, wherein the PDF form template comprises a plurality of template components, the data stream types of the template components in the PDF form template are obtained, protocol data are split into first data and second data according to the data stream types, the first data accords with the data stream types specified by the PDF form template, and the second data does not accord with the data stream types specified by the PDF form template.
S3: analyzing the first data to obtain information data corresponding to each template component, and filling the obtained information data into each corresponding template component to generate a first PDF document.
S4: and directly generating a second FDF document by taking the second data as source data and combining with the blank template.
S5: and merging the first PDF document and the second PDF document according to a preset merging rule to generate a final PDF document.
In a further embodiment, the method further comprises:
in step S3, if the first PDF document after filling has a missing term, an alarm signal of a corresponding level is generated or the missing term is ignored according to the type of the missing term.
In a further embodiment, the method further comprises:
a PDF document generation request in which protocol data includes both first data and second data is defined as a composite PDF document generation request, and other PDF document generation requests are defined as single PDF document generation requests.
If a plurality of PDF document generation requests are received at the same time, wherein part or all of the PDF document generation requests are composite PDF document generation requests, dividing each composite PDF document generation request into a first subtask for processing first data and a second subtask for processing second data, and configuring a synchronous or asynchronous relation for the corresponding first subtask and second subtask according to the real-time requirement of each composite PDF document generation request; converting the rest single PDF document generation requests into corresponding first subtasks or second subtasks according to the protocol data types; each subtask is configured with a unique task ID.
Two subtask lists are created: the first subtask list and the second subtask list are used for sequentially importing the subtasks into the corresponding subtask lists according to the sequence of the generation time from first to second, wherein:
if the current first subtask processed by the first subtask list has a second subtask with a synchronous relation with the current first subtask, the corresponding second subtask is called from the second subtask list according to the task ID, and the second subtask is extracted to the front end of the queue for preferential processing.
In a further embodiment, the task ID includes a first identifier for identifying a PDF document generation request category, a second identifier for identifying whether a subtask having a synchronous/asynchronous relationship exists, and a third identifier for identifying a unique correspondence between two subtasks.
In a further embodiment, the method further comprises:
the subtasks in the subtask list are processed in parallel in a multithreading manner.
In a further embodiment, the method further comprises:
and calling an openoffice module to directly generate a second FDF document by taking the second data as source data and combining the blank template.
Based on the method, the invention also provides a PDF document generation system suitable for the online protocol, which comprises a request receiving module, a request analyzing module, a PDF form template database, a first PDF generation module, a second PDF generation module, a protocol management background and a PDF merging module.
The PDF form template database is used for storing PDF form templates, and each PDF form template is provided with an independent number.
The request receiving module is used for receiving a PDF document generation request.
The request analysis module is used for analyzing the PDF document generation request, acquiring the PDF form template number and protocol data contained in the PDF document generation request, and combining the PDF form template with the corresponding number to split the protocol data into first data and second data, wherein the first data accords with the data stream type specified by the PDF form template, and the second data does not accord with the data stream type specified by the PDF form template.
The first PDF generation module is used for analyzing the first data to obtain information data corresponding to each template component, and filling the obtained information data into each template component corresponding to the PDF form template to generate a first PDF document.
The second PDF generation module is used for directly generating a second FDF document by taking the second data as source data and combining with a blank template.
The PDF merging module is used for merging the first PDF document and the second PDF document according to preset merging rules to generate a final PDF document.
The protocol management background is used for configuring a first PDF generation module, a second PDF generation module, a PDF form template database and a merging rule.
In a further embodiment, the system further comprises a task management module.
The task management module responds to the simultaneous receipt of a plurality of PDF document generation requests, splits each composite PDF document generation request into a first subtask for processing first data and a second subtask for processing second data, configures a synchronous or asynchronous relation for the corresponding first subtask and second subtask according to the real-time requirement of each composite PDF document generation request, converts the rest single PDF document generation requests into the corresponding first subtask or second subtask according to the protocol data type, and configures a unique task ID for each subtask.
The protocol data contained in the composite PDF document generation request comprises first data and second data at the same time, and the protocol data contained in the single PDF document generation request comprises only the first data or the second data.
The invention provides that protocol data is split into first data and second data according to the data flow type of a template component contained in a called PDF form template, the first data is processed in a mode of editing a PDF form field to generate a first PDF document with a fixed template, the second data is processed in a mode of openoffice to generate a second PDF document without the fixed template, and finally the first PDF document and the second PDF document are combined according to a preset combining rule to generate a PDF document of an online protocol.
Compared with the prior art, the technical scheme of the invention has the remarkable beneficial effects that:
(1) The invention can rapidly and automatically process various online protocols, is convenient for unified maintenance and is convenient for expansion.
(2) In addition, when a plurality of PDF document generation requests are received at the same time, the task management module is adopted to analyze the received PDF document generation requests, so that a plurality of synchronous/asynchronous subtasks are generated, and the processing speed is improved as much as possible on the premise of ensuring that the tasks are successfully completed.
(3) Meanwhile, each subtask list is processed in parallel by adopting multithreading, so that the processing speed is increased.
It should be understood that all combinations of the foregoing concepts, as well as additional concepts described in more detail below, may be considered a part of the inventive subject matter of the present disclosure as long as such concepts are not mutually inconsistent. In addition, all combinations of claimed subject matter are considered part of the disclosed inventive subject matter.
The foregoing and other aspects, embodiments, and features of the present teachings will be more fully understood from the following description, taken together with the accompanying drawings. Other additional aspects of the invention, such as features and/or advantages of the exemplary embodiments, will be apparent from the description which follows, or may be learned by practice of the embodiments according to the teachings of the invention.
Drawings
The drawings are not intended to be drawn to scale. In the drawings, each identical or nearly identical component that is illustrated in various figures may be represented by a like numeral. For purposes of clarity, not every component may be labeled in every drawing. Embodiments of various aspects of the invention will now be described, by way of example, with reference to the accompanying drawings, in which:
fig. 1 is a flowchart of a PDF document generation method suitable for an online protocol of the present invention.
Fig. 2 is a flowchart of the synchronous generation PDF file of the present invention.
Fig. 3 is a flowchart of the asynchronous generation of PDF files of the present invention.
Detailed Description
For a better understanding of the technical content of the present invention, specific examples are set forth below, along with the accompanying drawings.
In connection with fig. 1, the invention proposes a PDF document generation method suitable for an online protocol, which comprises the following steps:
s1: and receiving a PDF document generation request, wherein the PDF document generation request comprises a PDF form template number and protocol data.
S2: and calling a PDF form template with a corresponding number, wherein the PDF form template comprises a plurality of template components, the data stream types of the template components in the PDF form template are obtained, protocol data are split into first data and second data according to the data stream types, the first data accords with the data stream types specified by the PDF form template, and the second data does not accord with the data stream types specified by the PDF form template.
S3: analyzing the first data to obtain information data corresponding to each template component, and filling the obtained information data into each corresponding template component to generate a first PDF document.
S4: and directly generating a second FDF document by taking the second data as source data and combining with the blank template.
S5: and merging the first PDF document and the second PDF document according to a preset merging rule to generate a final PDF document.
In some examples, in step S3, if there is a missing item in the first PDF document after filling, an alarm signal of a corresponding level is generated or the missing item is ignored according to the type of the missing item.
For example, if the missing item is important information, such as a necessary option provided by a user, like a contract both-side name, a product name and the like, a first alarm signal is generated to remind the user to timely process, and the current PDF document generation flow is terminated to avoid occupying resources; if the missing item is the minor important information, such as a contact way and the like, a second alarm signal is generated to remind a user of timely processing, whether the PDF document generation flow is stopped can be selected, and when the selection is continued, the contact way can be automatically supplemented on the document by the user later; if the missing item is non-important information, for example, some users provide four contact options, but the user only provides one of the contact options, and at the moment, the other three missing items are non-important information, the missing item is ignored, and the protocol document generation work is continuously completed.
In other examples, the method further comprises:
a PDF document generation request in which protocol data includes both first data and second data is defined as a composite PDF document generation request, and other PDF document generation requests are defined as single PDF document generation requests.
If a plurality of PDF document generation requests are received at the same time, wherein part or all of the PDF document generation requests are composite PDF document generation requests, dividing each composite PDF document generation request into a first subtask for processing first data and a second subtask for processing second data, and configuring a synchronous or asynchronous relation for the corresponding first subtask and second subtask according to the real-time requirement of each composite PDF document generation request; converting the rest single PDF document generation requests into corresponding first subtasks or second subtasks according to the protocol data types; each subtask is configured with a unique task ID.
Two subtask lists are created: the first subtask list and the second subtask list are used for sequentially importing the subtasks into the corresponding subtask lists according to the sequence of the generation time from first to second, wherein:
if the current first subtask processed by the first subtask list has a second subtask with a synchronous relation with the current first subtask, the corresponding second subtask is called from the second subtask list according to the task ID, and the second subtask is extracted to the front end of the queue for preferential processing.
In combination with fig. 2 and 3, in the case of high concurrency of traffic, signing of some agreements must be completed synchronously, and complete agreement documents must be acquired to enable the traffic to go on, for example, some large loan applications must include agreement contracts and dynamic flow to enable the next loan auditing process to be continued; some PDF file conversions may be accomplished asynchronously, for example, some small loan applications may only require agreement contracts without a flow record and may continue with loan audits, the flow record may be merely as a justification, or the flow record may be audited in some later audit flow steps, etc.
In view of the foregoing, the present application proposes to coordinate tasks of synchronously and asynchronously converting (generating) PDF files by a task management module. Meanwhile, the subtasks split according to the generation mode in the task of generating PDF files at one time can be spliced into final PDF files in order. Specifically, the method comprises the following steps:
step one, a task management module divides PDF document generation requests into synchronous or asynchronous tasks according to the real-time requirements of the service, and each task has a unique task ID.
And step two, subdividing two ordered subtask lists in each task according to a PDF file conversion mode.
And thirdly, processing each task list in parallel by using multithreading for the sub task list split in the step two so as to speed up processing, wherein the number of threads adopted can be determined according to the number of sub tasks required to be processed.
And step four, after the step three is completed, sequentially splicing the generated two PDF files into a complete PDF file.
Preferably, the task ID includes a first identifier for identifying a PDF document generation request category, a second identifier for identifying whether a subtask having a synchronous/asynchronous relationship exists, and a third identifier for identifying a unique correspondence between two subtasks.
For example, one of the PDF document generation requests is numbered 001, and is a composite PDF document generation request, which is split into a first subtask and a second subtask, and the numbers are AA0011 and AA0012, respectively, where the first a represents that the first a belongs to the composite PDF document generation request, the second a represents that the second a belongs to the synchronous relationship subtask, the two subtasks need to be synchronously processed, and a final protocol document is generated as soon as possible, otherwise, the subsequent business is delayed, 001 is the number of the original PDF document generation request, and is an identification of the unique correspondence between the split and generated first subtask and the split and generated second subtask, and the last digit is the subtask type to which the last digit belongs, for example, 1 is the first subtask, and 2 is the second subtask.
Similarly, the first subtask is denoted as AB0031, which indicates that the PDF document generation request corresponding to the first subtask is a compound PDF document generation request, which has a second subtask with an asynchronous relationship, the second subtask is denoted as AB0032, and when the system monitors that the first subtask AB0031 and the second subtask AB0032 are asynchronously completed, two completed PDF documents are called, and the two completed PDF documents are combined to generate a final PDF document.
For another example, the first subtask number is B00031, which indicates that the PDF document generation request corresponding to the first subtask is a single PDF document generation request, which only has first data, that is, only needs to use PDF form template conversion, and the first 0 represents that the first subtask has no corresponding second subtask, and further has no synchronous or asynchronous relationship.
Based on the method, the invention also provides a PDF document generation system suitable for the online protocol, which comprises a request receiving module, a request analyzing module, a PDF form template database, a first PDF generation module, a second PDF generation module, a protocol management background and a PDF merging module.
The PDF form template database is used for storing PDF form templates, and each PDF form template is provided with an independent number.
The request receiving module is used for receiving a PDF document generation request.
The request analysis module is used for analyzing the PDF document generation request, acquiring the PDF form template number and protocol data contained in the PDF document generation request, and combining the PDF form template with the corresponding number to split the protocol data into first data and second data, wherein the first data accords with the data stream type specified by the PDF form template, and the second data does not accord with the data stream type specified by the PDF form template.
The first PDF generation module is used for analyzing the first data to obtain information data corresponding to each template component, and filling the obtained information data into each template component corresponding to the PDF form template to generate a first PDF document.
The second PDF generation module is used for directly generating a second FDF document by taking the second data as source data and combining with a blank template.
The PDF merging module is used for merging the first PDF document and the second PDF document according to preset merging rules to generate a final PDF document.
The protocol management background is used for configuring a first PDF generation module, a second PDF generation module, a PDF form template database and a merging rule.
In a further embodiment, the system further comprises a task management module.
The task management module responds to the simultaneous receipt of a plurality of PDF document generation requests, splits each composite PDF document generation request into a first subtask for processing first data and a second subtask for processing second data, configures a synchronous or asynchronous relation for the corresponding first subtask and second subtask according to the real-time requirement of each composite PDF document generation request, converts the rest single PDF document generation requests into the corresponding first subtask or second subtask according to the protocol data type, and configures a unique task ID for each subtask.
The protocol data contained in the composite PDF document generation request comprises first data and second data at the same time, and the protocol data contained in the single PDF document generation request comprises only the first data or the second data.
The invention provides that protocol data is split into first data and second data according to the data flow type of a template component contained in a called PDF form template, the first data is processed in a mode of editing a PDF form field to generate a first PDF document with a fixed template, the second data is processed in a mode of openoffice to generate a second PDF document without the fixed template, and finally the first PDF document and the second PDF document are combined according to a preset combining rule to generate a PDF document of an online protocol.
Aspects of the invention are described in this disclosure with reference to the drawings, in which are shown a number of illustrative embodiments. The embodiments of the present disclosure need not be defined to include all aspects of the present invention. It should be understood that the various concepts and embodiments described above, as well as those described in more detail below, may be implemented in any of a number of ways, as the disclosed concepts and embodiments are not limited to any implementation. Additionally, some aspects of the disclosure may be used alone or in any suitable combination with other aspects of the disclosure.
While the invention has been described with reference to preferred embodiments, it is not intended to be limiting. Those skilled in the art will appreciate that various modifications and adaptations can be made without departing from the spirit and scope of the present invention. Accordingly, the scope of the invention is defined by the appended claims.
Claims (6)
1. A PDF document generation method suitable for an online protocol, the method comprising:
s1: receiving a PDF document generation request, wherein the PDF document generation request comprises a PDF form template number and protocol data;
s2: invoking a PDF form template with a corresponding number, wherein the PDF form template comprises a plurality of template components, acquiring the data stream types of the template components in the PDF form template, and splitting protocol data into first data and second data according to the data stream types, wherein the first data accords with the data stream types specified by the PDF form template, and the second data does not accord with the data stream types specified by the PDF form template;
s3: analyzing the first data to obtain information data corresponding to each template component, and filling the obtained information data into each corresponding template component to generate a first PDF document;
s4: directly generating a second FDF document by taking the second data as source data and combining with a blank template;
s5: merging the first PDF document and the second PDF document according to a preset merging rule to generate a final PDF document;
the method further comprises the steps of:
defining PDF document generation requests of which the protocol data comprises first data and second data simultaneously as composite PDF document generation requests, and defining other PDF document generation requests as single PDF document generation requests;
if a plurality of PDF document generation requests are received at the same time, wherein part or all of the PDF document generation requests are composite PDF document generation requests, dividing each composite PDF document generation request into a first subtask for processing first data and a second subtask for processing second data, and configuring a synchronous or asynchronous relation for the corresponding first subtask and second subtask according to the real-time requirement of each composite PDF document generation request; converting the rest single PDF document generation requests into corresponding first subtasks or second subtasks according to the protocol data types; each subtask is configured with a unique task ID;
two subtask lists are created: the first subtask list and the second subtask list are used for sequentially importing the subtasks into the corresponding subtask lists according to the sequence of the generation time from first to second, wherein:
if the current first subtask processed by the first subtask list has a second subtask with a synchronous relation with the current first subtask, the corresponding second subtask is called from the second subtask list according to the task ID, and the second subtask is extracted to the front end of the queue for preferential processing.
2. The PDF document generation method of claim 1 adapted to an online protocol, wherein the method further comprises:
in step S3, if the first PDF document after filling has a missing term, an alarm signal of a corresponding level is generated or the missing term is ignored according to the type of the missing term.
3. The PDF document generation method of claim 1, wherein the task ID includes a first identifier for identifying a PDF document generation request category to which the PDF document belongs, a second identifier for identifying whether there is a synchronous/asynchronous relationship sub-task, and a third identifier for identifying a unique correspondence between two sub-tasks.
4. The PDF document generation method of claim 1 adapted to an online protocol, wherein the method further comprises:
the subtasks in the subtask list are processed in parallel in a multithreading manner.
5. The PDF document generation method of claim 1 adapted to an online protocol, wherein the method further comprises:
and calling an openoffice module to directly generate a second FDF document by taking the second data as source data and combining the blank template.
6. The PDF document generation system suitable for the online protocol is characterized by comprising a request receiving module, a request analyzing module, a PDF form template database, a first PDF generation module, a second PDF generation module, a protocol management background and a PDF merging module;
the PDF form template database is used for storing PDF form templates, and each PDF form template is provided with an independent number;
the request receiving module is used for receiving a PDF document generation request;
the request analysis module is used for analyzing the PDF document generation request, acquiring the PDF form template number and protocol data contained in the PDF document generation request, and combining the PDF form template with the corresponding number to split the protocol data into first data and second data, wherein the first data accords with the data stream type specified by the PDF form template, and the second data does not accord with the data stream type specified by the PDF form template;
the first PDF generation module is used for analyzing the first data to obtain information data corresponding to each template component, and filling the obtained information data into each template component corresponding to the PDF form template to generate a first PDF document;
the second PDF generation module is used for directly generating a second FDF document by taking the second data as source data and combining with a blank template;
the PDF merging module is used for merging the first PDF document and the second PDF document according to a preset merging rule to generate a final PDF document;
the protocol management background is used for configuring a first PDF generation module, a second PDF generation module, a PDF form template database and a merging rule;
the system also comprises a task management module;
the task management module responds to the simultaneous receipt of a plurality of PDF document generation requests, splits each composite PDF document generation request into a first subtask for processing first data and a second subtask for processing second data, configures a synchronous or asynchronous relation for the corresponding first subtask and second subtask according to the real-time requirement of each composite PDF document generation request, converts the rest single PDF document generation requests into the corresponding first subtask or second subtask according to the protocol data type, and configures a unique task ID for each subtask;
the protocol data contained in the composite PDF document generation request comprises first data and second data at the same time, and the protocol data contained in the single PDF document generation request comprises only the first data or the second data.
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| CN112686647B (en) * | 2021-01-31 | 2023-10-31 | 重庆渝高科技产业(集团)股份有限公司 | Online contract management method and system for construction project |
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