CN104615700A - Method for collecting webpage objects in browser, browser client side and system - Google Patents

Abstract

The invention discloses a method for storing webpage objects in a browser, a browser client and a system with the browser client, and relates to the technical field of the Internet. The method includes: triggering a cloud disk server collection instruction for the current webpage; parsing the webpage content of the webpage to obtain each designated object in the webpage content; sending each designated object to the cloud disk server, and setting account information is stored. This solves the cumbersome problem of the user's operation process of storing the content in the browser's webpage to the cloud disk server, reduces the user's operation process of storing the content in the browser's webpage to the cloud disk server, and avoids uploading The process has the beneficial effect of consuming the client's network bandwidth.

Description

Method for collecting web page objects in browser, browser client and system

technical field

The invention relates to the technical field of the Internet, in particular to a method for collecting web page objects in a browser, a browser client and a system with the browser client.

Background technique

A browser refers to a software that can display the content of HTML (HyperText Mark-up Language, HyperText Mark-up Language)) files on a web server or file system, and allows users to interact with these files. The web browser mainly interacts with the web server through the HTTP protocol to obtain web pages. These web pages are specified by a URL (Uniform Resource Locator, Uniform Resource Locator), and the file format is usually HTML. A web page may include multiple documents, and each document is obtained from the server separately. The HTTP content type and URL protocol specifications allow web page designers to embed pictures, videos, etc. in web pages.

And there are many application functions in the Internet, such as cloud disk server, that is, users can register an account on the cloud disk server, and then can send local files to the cloud disk server, and store them with this account. However, the storage function of the current cloud disk server requires the user to store the file locally on the client, and then enter the cloud disk folder interface of the account, click the upload button in the cloud disk folder, and then select the path where the file needs to be stored. Click OK to proceed with the upload process. However, in the above process, the user's operation steps are cumbersome, especially for the user in the process of accessing the webpage through the browser, if the content in the webpage needs to be uploaded to the cloud disk, it needs to be downloaded to the local first, and then Uploading, the operation process is more cumbersome.

Contents of the invention

In view of the above problems, the present invention is proposed to provide a browser client and a corresponding method for storing webpage objects in the browser, which overcome the above problems or at least partially solve the above problems.

According to one aspect of the present invention, a method for collecting webpage objects in a browser is provided, including:

Trigger the cloud disk server collection command for the current web page;

Analyzing the webpage content of the webpage to obtain each specified object in the webpage content;

Send the specified objects to the cloud disk server, and store them with the account information set by the user.

Preferably, after parsing the webpage content of the webpage and obtaining each specified object in the webpage content, it further includes:

generating a prompt list for each specified object;

In the prompt list, receiving the user's selection operation on the specified object to be stored;

According to the selection operation, each specified object that needs to be sent to the cloud disk server is determined.

Preferably, said parsing the webpage content of said webpage to obtain each specified object in the webpage content includes:

A document object model tree obtained by parsing the hypertext markup language document of the webpage;

The image elements, and/or video elements, and/or audio elements in the webpage content are obtained from the document object model tree.

Preferably, the sending the specified objects to the cloud disk server and storing them with the account information set by the user includes:

For the picture element, the second URL corresponding to the picture element is obtained and sent to the cloud disk server, and stored with the account information set by the user.

Preferably, the sending the specified objects to the cloud disk server and storing them with the account information set by the user includes:

For the video element, the first URL of the current web page is sent to the cloud disk server; the cloud disk server parses the third URL of the video element through the first URL, so as to obtain the video through the third URL for storage.

Preferably, the cloud disk server parses the third URL of the video element through the first URL, and obtaining the video through the third URL for storage includes:

simulating a mobile terminal to access the first website to obtain a hypertext markup language document;

Parsing the video tag in the hypertext markup language document, so as to obtain the video through the video tag for storage.

Preferably, the simulated mobile terminal accesses the first website to obtain HTML documents, including:

Generate a hypertext transfer protocol request for the first website, and modify the user type field in the hypertext transfer protocol request to be a mobile terminal;

Send the hypertext transfer protocol request with the modified user type field to the server corresponding to the first URL to obtain the hypertext markup language document.

Preferably, the cloud disk server parses the third URL of the video element through the first URL, and obtaining the video through the third URL for storage includes:

Calling the video address resolution API to resolve the real third URL of the video through the first URL.

Preferably, said calling the video address resolution API through said first URL to resolve the real third URL of the video, including:

Requesting the playlist information of the video to the first server; the first server returns a JSON object according to the request;

Obtain the key field value, sid field value, and fileId field value of the third URL according to each field value in the JSON object;

A third URL is obtained according to the combination of the key field value, sid field value, and fileId field value.

According to another aspect of the present invention, the present invention also discloses a browser client, including:

The collection trigger component is suitable for triggering the collection command of the cloud disk server for the current web page;

an object parsing component, adapted to parse the webpage content of the webpage, and obtain each specified object in the webpage content;

The object storage component is adapted to send the specified objects to the cloud disk server, and store them with the account information set by the user.

Preferably, after the object parsing component, it also includes:

A list generation component, adapted to generate a prompt list for each specified object;

The selection receiving component is adapted to receive the user's selection operation on the specified object to be stored in the prompt list;

The object determining component is adapted to determine each specified object that needs to be sent to the cloud disk server according to the selection operation.

Preferably, the object parsing component includes:

A document object model tree parsing module, adapted to analyze the document object model tree obtained from the hypertext markup language document of the webpage;

The element obtaining module is adapted to obtain image elements, and/or video elements, and/or audio elements in the webpage content from the file object model tree.

Preferably, the object storage component includes:

The picture storage module is adapted to acquire the second URL corresponding to the picture element and send it to the cloud disk server for the picture element, and store it with the account information set by the user.

Preferably, the object storage component includes:

The video storage module is adapted to transmit the first website address of the current web page to the cloud disk server for the video element; wherein, the cloud disk server includes: a third website address conversion analysis module, which is suitable for analyzing through the first website address The third URL of the video element, so as to obtain and store the video through the third URL.

Preferably, the third URL conversion analysis module includes:

The simulated access module is suitable for simulating the mobile terminal to access the first website to obtain the hypertext markup language document;

The tag parsing module is suitable for parsing the video tag in the hypertext markup language document, so as to obtain the video through the video tag for storage.

Preferably, the simulated access module includes:

A request modification module, adapted to generate a hypertext transfer protocol request for the first URL, and modify the user type field in the hypertext transfer protocol request to be a mobile terminal;

Send the hypertext transfer protocol request with the modified user type field to the server corresponding to the first URL to obtain the hypertext markup language document.

Preferably, the third URL conversion analysis module includes:

The function calling module is suitable for calling the video address resolution API function to resolve the real third URL of the video through the first URL.

Preferably, the function call module includes:

The JSON object acquisition module is adapted to request the playlist information of the video from the first server; the first server returns the JSON object according to the request;

A field obtaining module, adapted to obtain the key field value, sid field value, and fileId field value of the third URL according to each field value in the JSON object;

The third website generating module is adapted to obtain a third website according to the combination of the key field value, sid field value, and fileId field value.

According to another aspect of the present invention, the present invention also discloses a system with a browser client, comprising:

A processor, and a memory loaded with a plurality of executable instructions including means for performing the steps of:

Trigger the cloud disk server collection command for the current web page;

Analyzing the webpage content of the webpage to obtain each specified object in the webpage content;

Send the specified objects to the cloud disk server, and store them with the account information set by the user.

According to the method for storing webpage objects in the browser of the present invention, when the user needs to upload the content in the webpage to the cloud disk server during the process of the user accessing the webpage with the browser, the cloud disk server for the current webpage can be actively triggered bookmark command, then the browser automatically parses the webpage content of the webpage, obtains each specified object in the webpage content, sends the specified objects to the cloud disk server, and stores them with the account information set by the user, thereby solving the problem of It solves the cumbersome operation process for users to store the content in the browser's webpage to the cloud disk server, reduces the user's operation process for storing the content in the browser's webpage to the cloud disk server, and avoids the upload process occupying the client The beneficial effect of end network bandwidth.

The above description is only an overview of the technical solution of the present invention. In order to better understand the technical means of the present invention, it can be implemented according to the contents of the description, and in order to make the above and other purposes, features and advantages of the present invention more obvious and understandable , the specific embodiments of the present invention are enumerated below.

Description of drawings

Various other advantages and benefits will become apparent to those of ordinary skill in the art upon reading the following detailed description of the preferred embodiment. The drawings are only for the purpose of illustrating a preferred embodiment and are not to be considered as limiting the invention. Also throughout the drawings, the same reference numerals are used to designate the same components. In the attached picture:

FIG. 1 shows a schematic flow diagram of a method for collecting webpage objects in a browser according to an embodiment of the present invention;

FIG. 2 shows a schematic flowchart of a method for collecting webpage objects in a browser according to an embodiment of the present invention;

Fig. 3 shows a schematic structural diagram of a browser client according to an embodiment of the present invention;

Fig. 4 shows a schematic structural diagram of a browser client according to an embodiment of the present invention;

FIG. 5 shows a schematic structural diagram of a system for collecting web page objects in a browser according to an embodiment of the present invention;

Fig. 6 shows a schematic structural diagram of a system with a browser client according to an embodiment of the present invention.

Detailed ways

Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. Although exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited by the embodiments set forth herein. Rather, these embodiments are provided for more thorough understanding of the present disclosure and to fully convey the scope of the present disclosure to those skilled in the art.

Embodiment one

Referring to Fig. 1, it shows a schematic flow chart of a method for collecting web page objects in a browser of the present invention, including:

Step 110, triggering the cloud disk server collection instruction for the current web page;

In the embodiment of the present invention, the user can access the webpage through a browser. When it is necessary to store a specified object in a certain webpage, such as a picture, video, etc., in its designated cloud disk server account, the user can click the The button of collecting to the cloud disk triggers the cloud disk server collection instruction for the current webpage, that is, the present invention can add the button of collecting to the cloud disk in the browser toolbar in advance to receive the user's collection instruction for the cloud disk server of the current webpage . Of course, it is also possible to trigger the collection command of the cloud disk server for the current web page by clicking the button form of the button of the right mouse button menu, that is, the embodiment of the present invention can add the button of adding the button of the cloud disk to the right mouse button menu in advance, To receive the user's instruction to save the current web page on the cloud disk server.

In the embodiment of the present invention, the button used in the present invention to trigger the cloud disk server collection instruction for the current web page and the subsequent execution logic can be added to the browser in the form of extension or plug-in.

Of course, in the embodiment of the present invention, the user can log in through the browser account information when using the browser, and the account information of the cloud disk server in the embodiment of the present invention is the same as the browser account information of the browser server. When the cloud disk server collection command for the current webpage is triggered, the embodiment of the present invention will judge whether the user has logged in the browser account information, if the user has not logged in the browser account information, the user will be prompted to log in, if the user has logged in the browser account information , proceed directly to the subsequent process.

In addition, the account information of the cloud disk server can also be different from the account information of the browser. When the user triggers the cloud disk server collection command for the current web page in the browser, the browser can determine whether the account of the user's cloud disk server is currently recorded. Information, if there is no record, prompt the user to enter the account information of the cloud disk server. After the user enters the account information of the cloud disk server, directly enter the next step; if the account information of the user's cloud disk server is recorded, directly enter the next step .

Step 120, analyzing the webpage content of the webpage to obtain each specified object in the webpage content;

After receiving the cloud disk server collection instruction for the current webpage, the browser can parse the webpage content of the webpage and obtain each specified object of the webpage content, such as the URL of the webpage itself, such as the pictures displayed in the webpage, the webpage Videos played in , documents in the body part of web pages, etc.

In the embodiment of the present invention, for the specified object, such as pictures, there may be pictures of advertisements, pictures of navigation and other pictures that the user basically does not pay attention to, the embodiment of the present invention can focus on the information that the user pays little attention to, such as advertisement information and navigation information. Filter to only parse specified objects in the body section.

Step 130, sending the specified objects to the cloud disk server, and storing them with the account information set by the user.

After obtaining the aforementioned specified object, the specified object can be sent to the cloud disk server, and can be stored with the account information set by the user in the cloud disk server.

As mentioned above, in the embodiment of the present invention, the account information set by the user can be the browser account information, and the account system of the cloud disk server is connected with the account system of the browser, and the user can directly log in with the browser account information Cloud disk server for storage. For example, "username xxx, password 123" of the browser account information, when the user logs in to the server of the browser with the browser account information, the browser can obtain the current "username xxx, password 123", then this step will When the specified objects are sent to the cloud disk server, the browser account information, such as the aforementioned "username xxx, password 123", can be sent to the cloud disk server at the same time, and the cloud disk server will send the browser account information according to the browser account information. The specified object is stored under the relevant path of the browser account information.

Of course, if the account information of the browser is different from the account information of the cloud disk server, the account information of the cloud disk server recorded above will be sent to the cloud disk server together with the designated object, and the cloud disk server will , storing the specified object under the relevant path of the browser account information.

Preferably, the sending the specified objects to the cloud disk server and storing them with the account information set by the user includes:

Sub-step 131, for the picture element, obtain the second URL corresponding to the picture element and send it to the cloud disk server, and store it with the account information set by the user.

In the embodiment of the present invention, for the picture element, the specific picture is originally obtained from the corresponding server in the form of a URL and downloaded to the client for display. However, in the embodiment of the present invention, when the picture is stored in the cloud disk server, the browser client does not need to upload the real picture to the cloud disk server locally, but obtains the URL (Uniform ResourceLocator, Uniform ResourceLocator, etc.) of the picture from the picture element of the DOM tree Uniform Resource Locator), and then upload the URL to the cloud disk server. Since the URL is just a piece of text data, the amount of data is extremely small. For the client, the bandwidth occupied by the client is also very small, generally only a few kilobytes in size. At the same time, for the client, it uploads the URL to the cloud. The disk server can consider the upload to be successful. Due to the small amount of transmitted data and the fast upload speed, the user basically does not feel the delay in waiting for the upload to succeed.

According to the URL, the cloud disk server may only store the URL, or obtain a corresponding picture from the server according to the URL for storage.

Preferably, the sending the specified objects to the cloud disk server and storing them with the account information set by the user includes:

Sub-step 132, for the video element, the first URL of the current web page is sent to the cloud disk server; the cloud disk server parses the third URL of the video element through the first URL, so as to obtain the URL through the third URL The video is stored.

In the embodiment of the present invention, for the video element, the specific video content is acquired from the corresponding server in the form of a URL and displayed on the client.

However, in practice, it is difficult to obtain the actual URL of the video. If the actual URL is obtained in the browser client, the amount of calculation will be quite large. Then the present invention will upload the current webpage to the cloud disk server after judging that the user has uploaded the video element The first URL of the webpage, that is, the URL of the currently displayed webpage is uploaded to the cloud disk server, and the cloud disk server obtains the third URL of the video element according to the first URL, and the third URL is the real URL of the video element, and then the cloud disk The server can obtain and store the video through the real URL.

In the above process, since the current URL is only a piece of text data, its data volume is extremely small. For the client, the bandwidth occupied by the client is also very small, generally only a few kilobytes in size. At the same time, for the client, other Uploading the URL to the cloud disk server can be considered as a successful upload. Due to the small amount of data transmitted, especially compared to videos that are basically tens of M or even several G in size, the upload speed is faster, which is basically for users. There is no perceivable delay in waiting for the video to upload successfully.

In addition, for the audio element, similar to the video element, the first URL of the current web page can also be uploaded to the cloud disk server, and the cloud disk server can analyze the fourth URL of the audio element according to the first URL, that is, analyze the real URL of the audio element. URL, and then obtain the audio according to the real URL for storage.

In addition, when the cloud disk server obtains a specific video or audio according to the real URL of the video element or audio element, it can pre-judge whether the same video or audio is stored locally on the cloud disk server, and if so, record the corresponding storage path in Under the user account, if not, the specific video or audio will be obtained for storage. In this way, for the same specified object, only one copy can be stored in the cloud disk server, and each user can share the storage, which saves the storage space of the cloud disk server and improves storage efficiency.

In the embodiment of the present invention, when the user needs to upload the content of the webpage to the cloud disk server during the process of the user accessing the webpage with the browser, the cloud disk server collection instruction for the current webpage can be actively triggered, and then the browser automatically parses the content. The webpage content of the webpage obtains each specified object in the webpage content, sends the specified objects to the cloud disk server, and stores them with the account information set by the user. The problem of the cumbersome operation process of storing the content in the cloud disk server has been solved, and the operation process of saving the content in the web page of the browser to the cloud disk server for the user has been reduced.

Embodiment two

Referring to Fig. 2, it shows a schematic flow chart of a method for storing webpage objects in a browser of the present invention, including:

Step 210, triggering the cloud disk server collection instruction for the current web page;

Step 220, analyzing the webpage content of the webpage to obtain each specified object in the webpage content;

Preferably, said parsing the webpage content of said webpage to obtain each specified object in the webpage content includes:

Sub-step 221, parsing the document object model tree obtained from the hypertext markup language document of the webpage;

On the Internet, a browser generally accesses a web server through the HTTP protocol, and obtains an HTML (Hypertext Markup Language, Hypertext Markup Language) document from the web server for parsing and rendering.

Then the present invention parses the HTML document of the webpage to obtain a DOM (DocumentObject Model, Document Object Model) tree, and various contents specifically displayed in the webpage are all in a certain DOM node in the DOM tree.

In sub-step 222, image elements, and/or video elements, and/or audio elements in the webpage content are obtained from the document object model tree.

Then the present invention can parse its DOM nodes from the DOM tree, such as picture element nodes, video element nodes, and the like. The present invention can obtain the specified object by parsing the HTML tags in the DOM tree. For example, when the <img> tag is judged, the picture element can be obtained in the DOM node, and when the <video> tag is judged, the image element can be obtained in the DOM node Obtain video elements, such as judging video elements through <embed>, <object> tags and video vocabulary in their respective tags, such as video, so as to obtain video elements. Of course, the audio element under the corresponding DOM node can also be obtained by judging the <audio> tag. For example, the audio element can be obtained by judging the video element through the <embed>, <object> tags and the audio words such as audio in the respective tags.

Step 230, generating a reminder list for each designated object;

After obtaining various specified elements, a prompt list may be generated based on various specified elements. For example, for image elements, you can extract the thumbnails of each image element and put them in the reminder list; for video elements, you can extract the subject name and format of the video elements and put them in the reminder list, such as Zhen Huan's 31st episode.rmvb; Such as audio, extract the subject name of the audio element and put it into the prompt list, such as the song "The Year in a Hurry.mp3".

Step 240, in the prompt list, receive the user's selection operation on the specified object to be stored;

Step 250, according to the selection operation, determine each specified object that needs to be sent to the cloud disk server;

A tick option is set for each specified object in the above prompt list. When the user checks the specified object to be stored and then clicks the OK button, the specified object selected by the user will enter the process of step 260 .

Step 260, sending the specified objects to the cloud disk server, and storing them with the account information set by the user.

After obtaining the aforementioned specified object, the specified object can be sent to the cloud disk server, and can be stored with the account information set by the user in the cloud disk server.

Preferably, the sending the specified objects to the cloud disk server and storing them with the account information set by the user includes:

Sub-step 261, for the picture element, obtain the second URL corresponding to the picture element and send it to the cloud disk server, and store it with the account information set by the user.

In the embodiment of the present invention, for the picture element, the specific picture is originally obtained from the corresponding server in the form of a URL and downloaded to the client for display. However, in the embodiment of the present invention, when the picture is stored in the cloud disk server, the browser client does not need to upload the real picture to the cloud disk server locally, but obtains the URL (Uniform ResourceLocator, Uniform ResourceLocator, etc.) of the picture from the picture element of the DOM tree Uniform Resource Locator), and then upload the URL to the cloud disk server. Since the URL is just a piece of text data, the amount of data is extremely small. For the client, the bandwidth occupied by the client is also very small, generally only a few kilobytes in size. At the same time, for the client, it uploads the URL to the cloud. The disk server can consider the upload to be successful. Due to the small amount of transmitted data and the fast upload speed, the user basically does not feel the delay in waiting for the upload to succeed.

According to the URL, the cloud disk server may only store the URL, or obtain a corresponding picture from the server according to the URL for storage.

Preferably, the sending the specified objects to the cloud disk server and storing them with the account information set by the user includes:

Sub-step 262, for the video element, the first URL of the current web page is sent to the cloud disk server; the cloud disk server parses the third URL of the video element through the first URL to obtain the The video is stored.

In the embodiment of the present invention, for the video element, the specific video content is acquired from the corresponding server in the form of a URL and displayed on the client.

However, in practice, it is difficult to obtain the actual URL of the video. If the actual URL is obtained in the browser client, the amount of calculation will be quite large. Then the present invention will upload the current webpage to the cloud disk server after judging that the user has uploaded the video element The first URL of the webpage, that is, the URL of the currently displayed webpage is uploaded to the cloud disk server, and the cloud disk server obtains the third URL of the video element according to the first URL, and the third URL is the real URL of the video element, and then the cloud disk The server can obtain and store the video through the real URL.

In the above process, since the current URL is only a piece of text data, its data volume is extremely small. For the client, the bandwidth occupied by the client is also very small, generally only a few kilobytes in size. At the same time, for the client, other Uploading the URL to the cloud disk server can be considered as a successful upload. Due to the small amount of data transmitted, especially compared to videos that are basically tens of M or even several G in size, the upload speed is faster, which is basically for users. There is no perceivable delay in waiting for the video to upload successfully.

In addition, for the audio element, similar to the video element, the first URL of the current web page can also be uploaded to the cloud disk server, and the cloud disk server can analyze the fourth URL of the audio element according to the first URL, that is, analyze the real URL of the audio element. URL, and then obtain the audio according to the real URL for storage.

In addition, when the cloud disk server obtains a specific video or audio according to the real URL of the video element or audio element, it can pre-judge whether the same video or audio is stored locally on the cloud disk server, and if so, record the corresponding storage path in Under the user account, if not, the specific video or audio will be obtained for storage. In this way, for the same specified object, only one copy can be stored in the cloud disk server, and each user can share the storage, which saves the storage space of the cloud disk server and improves storage efficiency.

Preferably, the cloud disk server parses the third URL of the video element through the first URL, and obtaining the video through the third URL for storage includes:

Sub-step A2621, simulating the mobile terminal to access the first website to obtain the HTML document;

Sub-step A2622, parsing the video tag in the hypertext markup language document, so as to obtain the video through the video tag for storage.

In the current video processing process of major video websites, all major video websites have video encryption processing, so if the cloud disk server wants to analyze the real third URL of the video element according to the first URL, it needs to use some parsing rules .

After analysis, all major websites currently use flash players to play encrypted videos. In this way, the real URL of the video element cannot be obtained directly through the video tag to download the specific video. However, mobile terminals such as iPhones do not support flash Players, and in order to enable such mobile terminals to play videos smoothly when accessing their websites, all major video websites use the <video> tag of html5 to play videos in the webpages for video pages accessed by mobile terminals such as mobile phones. In the <video> tag, the real address of the video element can be easily obtained. For example, the following is an example of a <video> tag:

<video id="my_video_1" class="video-js vjs-default-skin" controlspreload="auto" width="280" height="210"poster="http://www.feiliu.com/zt/img /20120417/preview.jpg "data-setup="{}">

<source src="http://www.feiliu.com/zt/video/mv01.mp4"type='video/mp4'/>

</video>

You can directly get the real URL of the video through sourcesrc="http://www.feiliu.com/zt/video/mv01.mp4" in this tag.

The present invention utilizes the above rules to access the url of the current webpage uploaded by the user by a cloud disk server simulating mobile terminals such as an iPhone to access the url, thereby obtaining an HTML document that constructs a video element with the <video> tag, and then can according to The <video> tag gets the real third url of the video element.

Preferably, the simulated mobile terminal accesses the first website to obtain HTML documents, including:

Sub-step A2623, generating a hypertext transfer protocol request for the first website, and modifying the user type field in the hypertext transfer protocol request to mobile terminal;

Sub-step A2624, sending the HTTP request with the modified user type field to the server corresponding to the first URL to obtain the HTML document.

When the cloud disk server simulates mobile terminals such as iPhone to access the url, it is necessary to construct an HTTP (Hypertext transfer protocol, hypertext transfer protocol) request to access the url, but when constructing the HTTP request, the HTTP Change the user type field in the request to mobile terminal, that is, change the value of userAgent in the HTTP request to the mobile terminal access URL, get the HTML document for the mobile version of the video website, and get the video from the <video> tag of the HTML document The real URL, and then use the http service to download and transfer to the cloud disk server.

Of course, there are also video websites without the above-mentioned mobile version HTML document. Therefore, the present invention may not use the principles of substeps A2621 to A2622, and directly obtain the real url of the video through the url of the current webpage. Right now:

Preferably, the cloud disk server parses the third URL of the video element through the first URL, and obtaining the video through the third URL for storage includes:

Sub-step B2621, calling the video address resolution API to resolve the real third URL of the video through the first URL.

In order to obtain the real address of the video played in the webpage through the first address of the video webpage, the embodiment of the present invention utilizes a video address resolution API (application Program Interface, application program interface) to resolve the real address of the video through the first URL third URL. For example, the flv video address resolution API, that is, obtain the third URL through the flv player and corresponding sub-interface functions.

Preferably, said calling the video address resolution API through said first URL to resolve the real third URL of the video, including:

Sub-step B2622, requesting the playlist information of the video from the first server; the first server returns a JSON object according to the request;

After calling the video address resolution API, first call the flv player to load the video, and after the loading is complete, the flv player will request the playlist information of the video from the real first server where the video is located. For example, the request address of the flv player is as follows: http://v.youku.com/player/getPlayList/VideoIDS/4579646, where the playlist of any video can be obtained by modifying the videoid.

Then the first server will return a JSON object according to the above request, and the JSON object stores the video playlist and the decryption parameters of the video address. Among them, the parameters about video address decryption in the JSON object are as follows:

"seed": 6064,

"fileid":"34*56*56*31*34*32*67*7*34*34*6*31*4*67*46*32*0*29*56*4*32*10*34 *34*29*67*3*10*29*29*31*10*29*4*34*56*7*62*18*5*31*34*6*18*56*62*4*32 *18*5*55*32*0*18*46*31*55*67*46*3*4*62*34*10*62*56*"

"key1": "bd7e2210",

"key2": "a4b19712badcd042".

Sub-step B2623, obtaining the key field value, sid field value, and fileId field value of the third URL according to the field values in the JSON object;

That is, the sid field value of the third URL is obtained according to the video playlist of the JSON object, the key field value of the third URL is obtained according to the key1 and key2 of the JSON object, and the fileId field value of the third URL is obtained according to the aforementioned fileid and seed.

Take the real third URL example of the video as an example, http://f.youku.com/player/getFlvPath/sid/123122029188218825571_00/st/flv/fileid/02006401004962DC0F6102007FC5984715CE4E-D1FC-1363-8681-ABDC115158DA? K=206c9dcb7e2eb9a614fa7e0. The value of the sid field is "123122029188218825571"

Among them, the last two digits in "123122029188218825571_00" and the ninth and tenth digits of 02006401004962DC0F6102007FC5984715CE4E-D1FC-1363-8681-ABDC115158DA represent the serial number (hexadecimal) of the video file. If a video file is divided into 11 parts, then Just change the blue part from 00 to 0A.

The value of the sid field is 123122029188218825571, the value of the fileid field is /02006401004962DC0F6102007FC5984715CE4E-D1FC-1363-8681-ABDC115158DA, and the value of the key field is 206c9dcb7e2eb9a614fa7e0.

Since the decryption parameters of the above three fields are provided in the aforementioned JSON object, the values corresponding to the three fields in the real third URL can be obtained according to the decryption parameters of the three fields.

In the embodiment of the present invention, the sid value of the real URL of the video can be obtained by obtaining the sidA function getSid(). The logic of getSid() is roughly to calculate a value according to the requested time. What getSid() obtains is "sid/123122029188218825571_00" The value between /" and "_", plus the serial number of the video file, is the complete sid value.

In the embodiment of the present invention, the fileid value of the real website can be obtained by obtaining the fileid function getFileId(), which is to obtain the fileid value through the "seed" and "fileid" in the aforementioned JSON object. For the aforementioned JSON object, its logic is roughly A first decryption parameter is calculated based on the seed, and then each value in the fileid is calculated again with the first decryption parameter, and the final value obtained is the fileid value, and the length obtained by getFileId() is similar to the " 02006401004962DC0F6102007FC5984715CE4E-D1FC-1363-8681-ABDC115158DA", and then modify the 9th and 10th digits to the serial number of the video file behind the aforementioned sid.

In the embodiment of the present invention, the Key value of the real website can be obtained by obtaining the Key function getKey(), which is to obtain the Key value through "Key1" and "Key2" in the aforementioned JSON object. The logic of the getKey() function is roughly to calculate the key with a fixed algorithm based on key1 and key2, that is, the value after "? K" in the aforementioned real third URL.

Sub-step B2624, according to the combination of the key field value, sid field value, and fileId field value, the third URL is obtained.

After the values of the above three real third URLs are obtained, a real video URL can be obtained through their combination, as in the aforementioned real URL example.

Of course, the algorithms of key, sid, and fileId are different for each website, so the functions for obtaining the values of the above three fields are also different accordingly. Therefore, the present invention can analyze the algorithm of the key, sid, and fileId of each video website in advance, and correspondingly construct the acquisition function of the corresponding field. Then, when steps B2622 to B2624 are called, the corresponding acquisition function can be called according to the corresponding relationship between the website and the function to obtain the values of key, sid, and fileId.

In the embodiment of the present invention, when the user needs to upload the content of the webpage to the cloud disk server during the process of the user accessing the webpage with the browser, the cloud disk server collection instruction for the current webpage can be actively triggered, and then the browser automatically parses the content. The webpage content of the webpage obtains each designated object in the webpage content and provides it to the user to select, and after the user selects one or some designated objects, the selected designated object is sent to the cloud disk server for user The set account information is stored, thus solving the cumbersome operation process for users to store the content in the webpage of the browser to the cloud disk server, and reducing the user's operation of storing the content in the webpage of the browser to the cloud disk server process, and can flexibly adapt to the needs of users, without storing specified objects that users do not need in the cloud disk server, saving users' cloud disk storage space.

Embodiment three

Referring to Fig. 3, it shows a schematic structural diagram of a browser client of the present invention, including:

The collection trigger component 310 is adapted to trigger the collection instruction of the cloud disk server for the current webpage;

The object parsing component 320 is adapted to parse the webpage content of the webpage, and obtain each specified object in the webpage content;

The object storage component 330 is adapted to send the specified objects to the cloud disk server, and store them with the account information set by the user.

Embodiment four

Referring to Fig. 4, it shows a schematic structural diagram of a browser client of the present invention, including:

Collection triggering component 410, suitable for triggering the collection instruction of the cloud disk server for the current webpage;

The object parsing component 420 is adapted to parse the webpage content of the webpage, and obtain each specified object in the webpage content;

A list generation component 430, adapted to generate a prompt list for each specified object;

The selection receiving component 440 is adapted to receive the user's selection operation on the specified object to be stored in the prompt list;

The object determination component 450 is adapted to determine each specified object that needs to be sent to the cloud disk server according to the selection operation

The object storage component 460 is adapted to send the designated objects to the cloud disk server, and store them with the account information set by the user.

Preferably, the object parsing component includes:

A document object model tree parsing module, adapted to analyze the document object model tree obtained from the hypertext markup language document of the webpage;

The element obtaining module is adapted to obtain image elements, and/or video elements, and/or audio elements in the webpage content from the file object model tree.

Preferably, the object storage component includes:

The picture storage module is adapted to acquire the second URL corresponding to the picture element and send it to the cloud disk server for the picture element, and store it with the account information set by the user.

Preferably, the sending the specified objects to the cloud disk server and storing them with the account information set by the user includes:

The video storage module is adapted to transmit the first website address of the current web page to the cloud disk server for the video element; wherein, the cloud disk server includes: a third website address conversion analysis module, which is suitable for analyzing through the first website address The third URL of the video element, so as to obtain and store the video through the third URL.

Preferably, the third URL conversion analysis module includes:

The simulated access module is suitable for simulating the mobile terminal to access the first website to obtain the hypertext markup language document;

The tag parsing module is suitable for parsing the video tag in the hypertext markup language document, so as to obtain the video through the video tag for storage.

Preferably, the simulated access module includes:

A request modification module, adapted to generate a hypertext transfer protocol request for the first URL, and modify the user type field in the hypertext transfer protocol request to be a mobile terminal;

Send the hypertext transfer protocol request with the modified user type field to the server corresponding to the first URL to obtain the hypertext markup language document.

Preferably, the third URL conversion analysis module includes:

The function calling module is suitable for calling the video address resolution API function to resolve the real third URL of the video through the first URL.

Preferably, the function call module includes:

The JSON object acquisition module is adapted to request the playlist information of the video from the first server; the first server returns the JSON object according to the request;

A field obtaining module, adapted to obtain the key field value, sid field value, and fileId field value of the third URL according to each field value in the JSON object;

The third website generating module is adapted to obtain a third website according to the combination of the key field value, sid field value, and fileId field value.

Embodiment five

Referring to Fig. 5, it shows a schematic structural diagram of a system for collecting web page objects in a browser according to the present invention, including:

Browser client 510, and cloud disk server 520;

The browser client 510 includes:

The collection trigger component 511 is adapted to trigger the collection instruction of the cloud disk server for the current webpage;

The object parsing component 512 is adapted to parse the webpage content of the webpage, and obtain each specified object in the webpage content;

A list generation component 513, adapted to generate a prompt list for each specified object;

The selection receiving component 514 is adapted to receive the user's selection operation on the specified object to be stored in the prompt list;

The object determination component 515 is adapted to determine each specified object that needs to be sent to the cloud disk server according to the selection operation;

The object storage component 516 is adapted to send the URLs of the specified objects to the cloud disk server.

The cloud disk server 520 is adapted to obtain and store corresponding specified objects according to the URL.

Preferably, the object parsing component includes:

A document object model tree parsing module, adapted to analyze the document object model tree obtained from the hypertext markup language document of the webpage;

The element obtaining module is adapted to obtain image elements, and/or video elements, and/or audio elements in the webpage content from the file object model tree.

Preferably, the object storage component includes:

The image storage module is suitable for obtaining the second URL corresponding to the image element and sending it to the cloud disk server for the image element;

Further, the cloud disk server stores the account information set by the user according to the second URL.

Preferably, the object storage component includes:

The video storage module is suitable for transmitting the first URL of the current web page to the cloud disk server for the video element;

Further, the cloud disk server includes: a third URL conversion and analysis module, adapted to parse the third URL of the video element through the first URL, so as to obtain and store the video through the third URL.

Preferably, the third URL conversion analysis module includes:

The simulated access module is suitable for simulating the mobile terminal to access the first website to obtain the hypertext markup language document;

The tag parsing module is suitable for parsing the video tag in the hypertext markup language document, so as to obtain the video through the video tag for storage.

Preferably, the simulated access module includes:

A request modification module, adapted to generate a hypertext transfer protocol request for the first URL, and modify the user type field in the hypertext transfer protocol request to be a mobile terminal;

Send the hypertext transfer protocol request with the modified user type field to the server corresponding to the first URL to obtain the hypertext markup language document.

Preferably, the third URL conversion analysis module includes:

The function calling module is suitable for calling the video address resolution API function to resolve the real third URL of the video through the first URL.

Preferably, the function call module includes:

The JSON object acquisition module is adapted to request the playlist information of the video from the first server; the first server returns the JSON object according to the request;

A field obtaining module, adapted to obtain the key field value, sid field value, and fileId field value of the third URL according to each field value in the JSON object;

The third website generating module is adapted to obtain a third website according to the combination of the key field value, sid field value, and fileId field value.

Embodiment six

Referring to FIG. 6, it shows a schematic structural diagram of a system with a browser client in the present invention, the system 600 includes:

A processor 610, and a memory 620 loaded with a plurality of executable instructions, the plurality of instructions include a method for performing the following steps:

Trigger the cloud disk server collection command for the current web page;

Analyzing the webpage content of the webpage to obtain each specified object in the webpage content;

Send the specified objects to the cloud disk server, and store them with the account information set by the user.

Of course, the multiple instructions also include methods for performing the above-mentioned various steps.

The algorithms and displays presented herein are not inherently related to any particular computer, virtual system, or other device. Various generic systems can also be used with the teachings based on this. The structure required to construct such a system is apparent from the above description. Furthermore, the present invention is not specific to any particular programming language. It should be understood that various programming languages can be used to implement the content of the present invention described herein, and the above description of specific languages is for disclosing the best mode of the present invention.

In the description provided herein, numerous specific details are set forth. However, it is understood that embodiments of the invention may be practiced without these specific details. In some instances, well-known methods, structures and techniques have not been shown in detail in order not to obscure the understanding of this description.

Similarly, it should be appreciated that in the foregoing description of exemplary embodiments of the invention, in order to streamline this disclosure and to facilitate an understanding of one or more of the various inventive aspects, various features of the invention are sometimes grouped together in a single embodiment, figure, or its description. This method of disclosure, however, is not to be interpreted as reflecting an intention that the claimed invention requires more features than are expressly recited in each claim. Rather, as the following claims reflect, inventive aspects lie in less than all features of a single foregoing disclosed embodiment. Thus, the claims following the Detailed Description are hereby expressly incorporated into this Detailed Description, with each claim standing on its own as a separate embodiment of this invention.

Those skilled in the art can understand that the modules in the device in the embodiment can be adaptively changed and arranged in one or more devices different from the embodiment. Modules or units or components in the embodiments may be combined into one module or unit or component, and furthermore may be divided into a plurality of sub-modules or sub-units or sub-assemblies. All features disclosed in this specification (including accompanying claims, abstract and drawings) and any method or method so disclosed may be used in any combination, except that at least some of such features and/or processes or units are mutually exclusive. All processes or units of equipment are combined. Each feature disclosed in this specification (including accompanying claims, abstract and drawings) may be replaced by alternative features serving the same, equivalent or similar purpose, unless expressly stated otherwise.

Furthermore, those skilled in the art will understand that although some embodiments described herein include some features included in other embodiments but not others, combinations of features from different embodiments are meant to be within the scope of the invention. and form different embodiments. For example, in the following claims, any of the claimed embodiments may be used in any combination.

The various component embodiments of the present invention may be implemented in hardware, or in software modules running on one or more processors, or in a combination thereof. Those skilled in the art should understand that a microprocessor or a digital signal processor (DSP) can be used in practice to implement some or all of some or all of the components in the device for storing web page objects in a browser according to an embodiment of the present invention. Function. The present invention can also be implemented as an apparatus or an apparatus program (for example, a computer program and a computer program product) for performing a part or all of the methods described herein. Such a program for realizing the present invention may be stored on a computer-readable medium, or may be in the form of one or more signals. Such a signal may be downloaded from an Internet site, or provided on a carrier signal, or provided in any other form.

It should be noted that the above-mentioned embodiments illustrate rather than limit the invention, and that those skilled in the art will be able to design alternative embodiments without departing from the scope of the appended claims. In the claims, any reference signs placed between parentheses shall not be construed as limiting the claim. The word "comprising" does not exclude the presence of elements or steps not listed in a claim. The word "a" or "an" preceding an element does not exclude the presence of a plurality of such elements. The invention can be implemented by means of hardware comprising several distinct elements, and by means of a suitably programmed computer. In a unit claim enumerating several means, several of these means can be embodied by one and the same item of hardware. The use of the words first, second, and third, etc. does not indicate any order. These words can be interpreted as names.

The invention discloses A1. A method for storing web page objects in a browser, comprising:

Trigger the cloud disk server collection command for the current web page;

Analyzing the webpage content of the webpage to obtain each specified object in the webpage content;

Send the specified objects to the cloud disk server, and store them with the account information set by the user.

A2, the method as described in A1, after said parsing the webpage content of said webpage, after obtaining each designated object in the webpage content, also include:

generating a prompt list for each specified object;

In the prompt list, receiving the user's selection operation on the specified object to be stored;

According to the selection operation, each specified object that needs to be sent to the cloud disk server is determined.

A3, the method as described in A2, described parsing the webpage content of described webpage, obtaining each specified object in the webpage content comprises:

A document object model tree obtained by parsing the hypertext markup language document of the webpage;

The image elements, and/or video elements, and/or audio elements in the webpage content are obtained from the document object model tree.

A4. As in the method of A3, the sending of the specified objects to the cloud disk server and storing them with the account information set by the user includes:

For the picture element, the second URL corresponding to the picture element is obtained and sent to the cloud disk server, and stored with the account information set by the user.

A5. As in the method of A3, the sending of the specified objects to the cloud disk server and storing them with the account information set by the user includes:

For the video element, the first URL of the current web page is sent to the cloud disk server; the cloud disk server parses the third URL of the video element through the first URL, so as to obtain the video through the third URL for storage.

A6. As in A5, the cloud disk server resolves the third website address of the video element through the first website address, so as to obtain the video through the third website address for storage including:

simulating a mobile terminal to access the first website to obtain a hypertext markup language document;

Parsing the video tag in the hypertext markup language document, so as to obtain the video through the video tag for storage.

A7. As in the method of A6, the simulated mobile terminal accesses the first website to obtain a hypertext markup language document, including:

Generate a hypertext transfer protocol request for the first website, and modify the user type field in the hypertext transfer protocol request to be a mobile terminal;

Send the hypertext transfer protocol request with the modified user type field to the server corresponding to the first URL to obtain the hypertext markup language document.

A8. As in A5, the cloud disk server resolves the third website address of the video element through the first website address, so as to obtain the video through the third website address for storage including:

Calling the video address resolution API to resolve the real third URL of the video through the first URL.

A9, as in the method of A8, the calling of the video address resolution API to resolve the real third URL of the video through the first URL, including:

Requesting the playlist information of the video to the first server; the first server returns a JSON object according to the request;

Obtain the key field value, sid field value, and fileId field value of the third URL according to each field value in the JSON object;

A third URL is obtained according to the combination of the key field value, sid field value, and fileId field value.

The present invention also discloses B10, a browser client, comprising:

The collection trigger component is suitable for triggering the collection command of the cloud disk server for the current web page;

an object parsing component, adapted to parse the webpage content of the webpage, and obtain each specified object in the webpage content;

The object storage component is adapted to send the specified objects to the cloud disk server, and store them with the account information set by the user.

B11, the browser client as described in B10, after the object parsing component, also include:

A list generation component, adapted to generate a prompt list for each specified object;

The selection receiving component is adapted to receive the user's selection operation on the specified object to be stored in the prompt list;

The object determining component is adapted to determine each specified object that needs to be sent to the cloud disk server according to the selection operation.

B12, the browser client as described in B11, described object parsing component comprises:

A document object model tree parsing module, adapted to analyze the document object model tree obtained from the hypertext markup language document of the webpage;

The element obtaining module is adapted to obtain image elements, and/or video elements, and/or audio elements in the webpage content from the file object model tree.

B13, as the browser client of B12, the object storage component includes:

The picture storage module is adapted to acquire the second URL corresponding to the picture element and send it to the cloud disk server for the picture element, and store it with the account information set by the user.

B14, the browser client as B12, described object storage component comprises:

The video storage module is adapted to transmit the first website address of the current web page to the cloud disk server for the video element; wherein, the cloud disk server includes: a third website address conversion analysis module, which is suitable for analyzing through the first website address The third URL of the video element, so as to obtain and store the video through the third URL.

B15, as the browser client of B14, described the 3rd URL transformation analysis module comprises:

The simulated access module is suitable for simulating the mobile terminal to access the first website to obtain the hypertext markup language document;

The tag parsing module is suitable for parsing the video tag in the hypertext markup language document, so as to obtain the video through the video tag for storage.

B16, as the browser client of B15, described simulation visit module comprises:

A request modification module, adapted to generate a hypertext transfer protocol request for the first URL, and modify the user type field in the hypertext transfer protocol request to be a mobile terminal;

Send the hypertext transfer protocol request with the modified user type field to the server corresponding to the first URL to obtain the hypertext markup language document.

B17, as the browser client of B14, described the 3rd URL transformation analysis module comprises:

The function calling module is suitable for calling the video address resolution API function to resolve the real third URL of the video through the first URL.

B18, as the browser client of B17, described function calling module comprises:

The JSON object acquisition module is adapted to request the playlist information of the video from the first server; the first server returns the JSON object according to the request;

A field obtaining module, adapted to obtain the key field value, sid field value, and fileId field value of the third URL according to each field value in the JSON object;

The third website generating module is adapted to obtain a third website according to the combination of the key field value, sid field value, and fileId field value.

The present invention also discloses C19, a system with a browser client, including:

A processor, and a memory loaded with a plurality of executable instructions including means for performing the steps of:

Trigger the cloud disk server collection command for the current web page;

Analyzing the webpage content of the webpage to obtain each specified object in the webpage content;

Send the specified objects to the cloud disk server, and store them with the account information set by the user.

Claims (10)

1. collect a method for web object in browser, comprising:

Trigger the cloud dish server collection instruction to current web page;

Resolve the web page contents of described webpage, obtain each appointed object in web page contents;

Described each appointed object is sent in cloud dish server, stores with the accounts information of user's setting.

2. the method for claim 1, is characterized in that, the web page contents of the described webpage of described parsing, after obtaining each appointed object in web page contents, also comprises:

Prompting list is generated for described each appointed object;

In described prompting list, receive user to the selection operation needing the appointed object stored;

According to described selection operation, determine each appointed object needing to be sent to cloud dish server.

3. method as claimed in claim 2, is characterized in that, the web page contents of the described webpage of described parsing, and each appointed object obtained in web page contents comprises:

The document object model tree that the hypertext markup language document of resolving described webpage obtains;

Picture element in web page contents and/or video elementary and/or audio element is obtained from described document object model tree.

4. method as claimed in claim 3, is characterized in that, is describedly sent in cloud dish server by described each appointed object, carries out storage comprise with the accounts information of user's setting:

For picture element, obtain the second network address corresponding to described picture element and be sent to cloud dish server, store with the accounts information of user's setting.

5. method as claimed in claim 3, is characterized in that, is describedly sent in cloud dish server by described each appointed object, carries out storage comprise with the accounts information of user's setting:

For video elementary, the first network address of current web page is sent to cloud dish server; Described cloud dish server, by the 3rd network address of video elementary described in described first network address analysis, stores to obtain video by described 3rd network address.

6. method as claimed in claim 5, is characterized in that, described cloud dish server, by the 3rd network address of video elementary described in described first network address analysis, comprises to carry out storage by described 3rd network address acquisition video:

Described first network address of simulating mobile terminal access, obtains hypertext markup language document;

Resolve the video label in described hypertext markup language document, store to obtain video by described video label.

7. method as claimed in claim 6, is characterized in that, described first network address of described simulating mobile terminal access, obtains hypertext markup language document, comprising:

Generate hypertext transfer protocol request for described first network address, and the user type field in described hypertext transfer protocol request is revised as mobile terminal;

The described hypertext transfer protocol request that have modified user type field is sent to server corresponding to the first network address, obtains hypertext markup language document.

8. method as claimed in claim 5, is characterized in that, described cloud dish server, by the 3rd network address of video elementary described in described first network address analysis, comprises to carry out storage by described 3rd network address acquisition video:

Call video address and resolve real three network address of API by described first network address analysis video.

9. a browser client, comprising:

Collection trigger elements, is suitable for triggering the cloud dish server collection instruction to current web page;

Analysis of object assembly, is suitable for the web page contents of resolving described webpage, obtains each appointed object in web page contents;

Object memory module, is suitable for described each appointed object to be sent in cloud dish server, stores with the accounts information of user's setting.

10., with a system for browser client, comprising:

Processor, and the storer being loaded with many executable instructions, described many instructions comprise the method performing following steps:

Trigger the cloud dish server collection instruction to current web page;

Resolve the web page contents of described webpage, obtain each appointed object in web page contents;

Described each appointed object is sent in cloud dish server, stores with the accounts information of user's setting.