CN117875264A - Dynamic marking method for DLF file - Google Patents
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- CN117875264A CN117875264A CN202410282474.3A CN202410282474A CN117875264A CN 117875264 A CN117875264 A CN 117875264A CN 202410282474 A CN202410282474 A CN 202410282474A CN 117875264 A CN117875264 A CN 117875264A
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- 208000030649 Orofaciodigital Syndromes Diseases 0.000 claims description 45
- 208000008424 osteofibrous dysplasia Diseases 0.000 claims description 45
- 241001522296 Erithacus rubecula Species 0.000 claims description 10
- 230000009191 jumping Effects 0.000 claims description 5
- 230000001360 synchronised effect Effects 0.000 claims description 4
- 239000000725 suspension Substances 0.000 claims description 3
- 238000002372 labelling Methods 0.000 description 3
- 238000010276 construction Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000003068 static effect Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
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- 230000003993 interaction Effects 0.000 description 1
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Abstract
The invention provides a DLF file dynamic marking method, which is characterized in that a DLF file is opened, diversified signing is carried out on the dynamic format file, the dynamic format file can be used for displaying an original informatization system or a dynamic file and a dynamic file cluster which are fixed at a certain time, the original page content, resources and charts of the dynamic file can be reserved, and diversified signing can be carried out on the file.
Description
Technical Field
The invention relates to the field of format files, in particular to a dynamic marking method of DLF files.
Background
According to national standard GB/T39677-2020, OFD is pointed out in the application guide of government website webpage archiving, development and construction of government website webpages, and the government website webpages are saved in an OFD format file format, and the construction and archiving and saving of other types of website webpages can be referred to for use. But others are not applicable in dynamic web pages: the web page elements which can be converted into the OFD format file are static contents and structures in the state of completely adding the web page, and preferably comprise static contents of columns such as information letter cloth, reading response, office service, interaction communication and the like. The webpage elements which can be converted into the OFD format file are unsuitable to be wrapped, rolled, rotated and the like to dynamically display contents and embed interactive object contents.
The format document format is an electronic document format with a fixed layout presentation effect, the presentation of the format document is irrelevant to the equipment, and the presentation results of the layout are consistent when the format document is read, printed or printed on various equipment. The format document is mainly applied to the release, propagation and archiving of the file after the file is made, and the dynamic file refers to the file with variable typesetting content or can be tampered, edited and the like through tools. For example, web pages, the content of which is adjusted according to the different resolutions; some icons in the webpage or carousel with JS effect, etc.; the invention provides a method for carrying out operations such as labeling and the like on the file according to the user needs in the reading process of the dynamic format file, namely the DLF file.
Disclosure of Invention
The present invention is directed to a method for dynamically marking DLF files, so as to solve the problems set forth in the background art.
In order to achieve the above purpose, the present invention provides the following technical solutions: a method for dynamic marking of DLF files, comprising the steps of:
step S1: selecting a DLF file, analyzing the DLF file, acquiring a navigation file in a DLF file package, and loading an OFD file according to the navigation file;
step S2: after clicking the OFD file, skip reading, and when reading a certain page of the OFD file, signing the content on the OFD file, and binding the signing content with the OFD file of the current signing;
step S3: signing on the dynamic file, if the resource appears for a plurality of times in the DLF file, a user can select whether signing contents are displayed at other positions of the file or not during signing;
step S4: when the signing content is stored, the signing content is automatically stored in an expansion file of the OFD file, signing matters of the OFD are reversely registered in the guide file, and identification is carried out on a reading catalog of the DLF file;
step S5: when the signed file is read, clicking the sign of the signed file on the reading directory of the DLF file and then jumping to the corresponding signing place.
Preferably, the DLF is a compressed package file, and the DLF includes a navigation file and a plurality of OFDs in the DLF, where the navigation file mainly records association relationships between the files, entries of the files, storage paths of the OFDs, positions of triggers and jump events between the OFDs.
Preferably, the OFD file is loaded according to the navigation file, and each link on the OFD file can be read in a jumping manner.
Preferably, the signing mode includes full screen handwriting, keyboard input, enlarged handwriting, picture signing, video signing, audio signing, webpage signing, AI signing and signing of other multimedia elements.
Preferably, the dynamic content includes dynamic charts, round robin pictures, video, audio and other dynamic presentation content.
Preferably, when the dynamic chart, the round robin picture, the video and the audio are signed, the signing is supported on a certain frame and a certain second of the dynamic chart, the round robin picture, the video and the audio, and the step of storing the signing content comprises the following steps:
step 1: acquiring an MD5 value corresponding to external resource information as a unique id;
step 2: recording the corresponding time or position or content information of the signature to form a vector signature information table;
step 3: binding the vector signing information table with the unique id, and storing the vector signing information table serving as the derived expansion resource of the dynamic resource into a corresponding file package.
Preferably, the other dynamic presentation content signing comprises the steps of:
step 1: firstly, selecting a certain layer, loading the corresponding file content, and carrying out diversified signing on the current layout;
step 2: binding the content information of the signing with the primary key id;
step 3: and (3) constructing a suspension input area on the new page again, binding the signed information with the unique identification id, and storing the signed information into the OFD file.
Preferably, the signing supports multi-layer recursively nested signing of resources.
Preferably, the signing process includes that the current signed resource appears in the file for multiple times, a selection frame is popped up, a user self-defines whether the signing content is synchronously displayed in other places of the file, if the user selects to synchronously display, the signing content is synchronously displayed at the repeated positions of the resource, if the user does not select to synchronously display, the signing content is displayed at the current signed resource, and if the user selects to display the signing content at a part of the repeated positions of the resource, the signing content is synchronously displayed at the selected resource.
Compared with the prior art, the invention has the beneficial effects that:
(1) The invention can display the original edition information system or dynamic files and dynamic file clusters which are frozen at a certain time, not only can keep the original page content, resources and charts of the dynamic files, but also can carry out diversified signing on the files;
(2) The method and the device can be used for self-defining whether the signing content is synchronously displayed according to the requirement aiming at the repeated dynamic resource users in the file, so that repeated signing is not needed, and the workload of the users is reduced;
(3) The signing content on the dynamic resource is accurate to a certain frame for a certain second, the signing content changes along with the change of the dynamic resource, and a user can quickly check the content and the labeling content of the audio and video at the position through the signing identification.
Drawings
FIG. 1 is a flow chart of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made more complete in view of the accompanying drawings, in which it is to be understood that the embodiments described are merely some, but not all embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The DLF is a compressed package file, the DLF internally comprises a guide file and a plurality of OFD files, wherein the guide file mainly records the association relation among the files, the entry of the files, the storage path of the OFD files, the triggering position and jump event between the OFD and the OFD, and the dynamic format file can be used for displaying an informatization system or a dynamic file and a dynamic file cluster which are fixed at a certain time in an original mode, so that the original page content, resources and charts of the dynamic file can be reserved, and diversified signing and approval can be carried out on the file.
The user selects DLF file to be marked when reading, and the method comprises the following operations:
firstly, selecting a DLF file, analyzing the DLF file, acquiring a navigation file in a DLF file package, and loading an OFD file according to the navigation file;
when a user reads, clicking the OFD file and then skipping to read, and when a certain page of the OFD file is read, signing the content on the OFD file, and binding the signing content with the OFD file of the current signing;
signing on the dynamic file, if the dynamic file of the signing is a dynamic chart, a round robin picture, a video and an audio:
the signing support is used for signing on a certain frame and a certain second of dynamic charts, round robin pictures, videos and audios, the signing modes comprise full-screen handwriting, keyboard input, amplified handwriting, picture signing, video signing, audio signing, webpage signing, AI signing and other multimedia element signing, signing contents on dynamic resources are accurate to a certain second of a certain frame, signing contents change along with the change of the dynamic resources, and a user can quickly check the contents and labeling contents of audios and videos at the position through signing identification;
when the signing content is stored, firstly, the MD5 value corresponding to the external resource information is obtained as a unique id, the time or position corresponding to the signing or the content information is recorded, a vector signing information table is formed, the vector signing information table is bound with the unique id, and the vector signing information table is used as a derived expansion resource of the dynamic resource to be stored in a corresponding file package;
after the content of the signature is stored in the expansion file of the OFD file, the signature items of the OFD are reversely registered in the guide file, and identification is carried out on the reading catalog of the DLF file;
if the dynamic chart, the round robin picture, the video and the audio which are currently signed appear in the file for a plurality of times, a selection box is popped up, a user self-defines to select whether the signing content is synchronously displayed in other places of the file, if the user selects to synchronously display, the signing content is synchronously displayed at the repeated positions of the dynamic chart, the round robin picture, the video and the audio, if the user does not select to synchronously display, the signing content is displayed at the position which is currently signed, and if the user selects to display the signing content at the repeated positions of the resources, the signing content is synchronously displayed at the selected positions of the resources.
Signing on the dynamic file, if the dynamic file of the signing is other dynamic display content:
the signing user selects a certain layer of dynamic content, loads the file content corresponding to the layer, carries out diversified signing on the current layout, and the signing modes comprise full-screen handwriting, keyboard input, amplified handwriting, picture signing, video signing, audio signing, webpage signing, AI signing and signing of other multimedia elements, binds the content information of the signing with a primary key id, then builds a suspension input area on a new page again, binds the signing information with a unique identifier id, and stores the signing information into an OFD file;
after the content of the signature is stored in the expansion file of the OFD file, the signature items of the OFD are reversely registered in the guide file, and identification is carried out on the reading catalog of the DLF file;
if the dynamic chart, the round robin picture, the video and the audio which are currently signed appear in the file for a plurality of times, a selection box is popped up, a user self-defines to select whether the signing content is synchronously displayed in other places of the file, if the user selects to synchronously display, the signing content is synchronously displayed at the repeated positions of the dynamic chart, the round robin picture, the video and the audio, if the user does not select to synchronously display, the signing content is displayed at the position which is currently signed, and if the user selects to display the signing content at the repeated positions of the resources, the signing content is synchronously displayed at the selected positions of the resources.
The method and the device can be used for self-defining whether the signing content is synchronously displayed according to the requirement aiming at the repeated dynamic resource users in the file, and repeated signing is not needed, so that the workload of the users is reduced.
When a user reads a DLF file, opening the DLF file with the signature content, analyzing the DLF file, acquiring a guide file in a DLF file package, loading an OFD file according to the guide file, clicking target content on a reading directory, jumping to the signature content by clicking a signature mark on the reading directory when the signature content is read, and jumping to a corresponding file when the signature content is on a dynamic chart, a round-robin picture, a video and an audio, wherein the dynamic chart directly jumps to the chart where the signature content is located, the round-robin picture and the video directly jumps to the frame where the signature is displayed, the audio file directly jumps to the second where the signature is displayed, and the other dynamic contents jump to a certain layer of dynamic content to display the signature content;
for the repeated dynamic resources in the file, if the signer selects synchronous display, the reader can read the same signer content at the repeated position of the resources, and if the signer does not select synchronous display, the signer content is only displayed at the signer position.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are, therefore, to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.
Claims (9)
1. A method for dynamically marking a DLF file, comprising the steps of:
step S1: selecting a DLF file, analyzing the DLF file, acquiring a navigation file in a DLF file package, and loading an OFD file according to the navigation file;
step S2: after clicking the OFD file, skip reading, and when reading a certain page of the OFD file, signing the content on the OFD file, and binding the signing content with the OFD file of the current signing;
step S3: signing on the dynamic file, if the resource appears for a plurality of times in the DLF file, a user can select whether signing contents are displayed at other positions of the file or not during signing;
step S4: when the signing content is stored, the signing content is automatically stored in an expansion file of the OFD file, signing matters of the OFD are reversely registered in the guide file, and identification is carried out on a reading catalog of the DLF file;
step S5: when the signed file is read, clicking the sign of the signed file on the reading directory of the DLF file and then jumping to the corresponding signing place.
2. The method for dynamically marking DLF files according to claim 1, wherein: the DLF is a compressed package file, and the DLF internally comprises a guide file and a plurality of OFD files, wherein the guide file mainly records the association relation among the files, the entry of the files, the storage path of the OFD files, the triggering position and the jump event between the OFDs.
3. The method for dynamically marking DLF files according to claim 1, wherein: and loading the OFD file according to the navigation file, wherein each link on the OFD file can skip reading.
4. The method for dynamically marking DLF files according to claim 1, wherein: the signing mode comprises full-screen handwriting, keyboard input, amplified handwriting, picture signing, video signing, audio signing, webpage signing, AI signing and other multimedia element signing.
5. The method for dynamically marking DLF files according to claim 1, wherein: the dynamic content includes dynamic charts, round robin pictures, video, audio and other dynamic presentation content.
6. The method for dynamically marking a DLF file according to claim 5, wherein: when signing on the dynamic chart, the round-robin picture, the video and the audio, signing on a certain frame and a certain second of the dynamic chart, the round-robin picture, the video and the audio is supported, and the signing content is stored, wherein the method comprises the following steps of:
step 1: acquiring an MD5 value corresponding to external resource information as a unique id;
step 2: recording the corresponding time or position or content information of the signature to form a vector signature information table;
step 3: binding the vector signing information table with the unique id, and storing the vector signing information table serving as the derived expansion resource of the dynamic resource into a corresponding file package.
7. The method for dynamically marking a DLF file according to claim 5, wherein: the other dynamic presentation content signing comprises the following steps:
step 1: firstly, selecting a certain layer, loading the file content corresponding to the layer, and carrying out diversified signing on the current layout;
step 2: binding the content information of the signing with the primary key id;
step 3: and (3) constructing a suspension input area on the new page again, binding the signed information with the unique identification id, and storing the signed information into the OFD file.
8. The method for dynamically marking DLF files according to claim 1, wherein: the endorsement supports multiple layers of recursively nested endorsements on a resource.
9. The method for dynamically marking DLF files according to claim 1, wherein: the method comprises the steps that in the signing process, the resources currently signed appear in files for a plurality of times, a selection frame is popped up, a user self-defines selection of whether signing contents are synchronously displayed in other places of the files, if the user selects synchronous display, signing contents are synchronously displayed at repeated positions of the resources, if the user does not select synchronous display, signing contents are only displayed at the resources currently signed, and if the user selects partial repeated resources to display signing contents, only the selected resources synchronously display signing contents.
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