CN106991138A - A kind of method of the URL parsings based on windowlocation - Google Patents
A kind of method of the URL parsings based on windowlocation Download PDFInfo
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- G06F16/95—Retrieval from the web
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Abstract
The invention provides a kind of method of the URL parsings based on window location, comprise the following steps：Server obtains complete URL addresses, after being loaded in URL addresses, server obtains complete URL protocol names using window.location.protocal functions to the main frame of URL addresses, after the loading of URL protocol names, the server obtains relevant parameter using window.location function to main frame, completes the parsing to URL；The method of the URL parsings based on window location can be accurate, the parameter that quick obtaining network resources address needs, and segmentation parsing efficiently is carried out to parameter, URL classification is carried out to the element set of webpage exactly, resolving is simple and efficient, the workload of developer is reduced, exploitation and testing efficiency is greatly improved, shortens the cycle of project development.
Description
Technical Field
The invention relates to the technical field of network resource addresses, in particular to a URL (uniform resource locator) analysis method based on window location.
Background
A URL (Uniform Resource Locator) is an identification method used to completely describe the address of web pages and other resources on the Internet.
Each web page on the Internet has a unique name identifier, usually called a URL address, which may be a local disk, or a computer on a local area network, or more specifically a site on the Internet. The URL is a Web address commonly known as a website. URLs are uniform in that they use the same basic syntax, regardless of which particular type of resource is addressed or by which mechanism the description is obtained for that resource. The general format of the URL is:
protocol://hostname[:port]/path/[；parameters][？query]#fragm ent；
URL resolution is the extraction of the required parameters from the complete URL address. These parameters include:
1. protocol: the transport protocol used is specified, most commonly http protocol, but also FTP, https, etc.
2. hostname (hostname): refers to the Domain Name System (DNS) hostname or IP address of the server hosting the resource.
3. port (port number): and the default port number is optionally omitted, and various transport protocols have default port numbers, such as http with a default port number of 80. If the port is redefined on the server, the port number entry cannot be omitted from the URL.
4. path: a string separated by "/" may be used to indicate a directory or file address on the host.
5. parameters: this is an option for specifying a specific parameter.
6. query (query): optionally, for passing parameters to a dynamic web page (such as a web page made using PHP, JSP, ASP, etc. technologies), there may be multiple parameters, each separated by "&", and each parameter being a key-value pair, expressed in the form of "key-value".
7. fragment (information fragment): is a character string used to specify segments in network resources, such as a web page with multiple noun interpretations, and this parameter can be used to locate a noun interpretation, i.e. an anchor point.
The URL analysis methods in the prior art all adopt the form of character indexes or regular expressions, are complex to implement and easy to make mistakes, cannot conveniently analyze the URL address form of each specific format, and waste time. And unnecessary errors are added to the development team, so that the development process of the whole project is influenced.
In view of the above problems with the conventional methods, it is desirable to provide a more efficient indirect URL resolution method.
Therefore, a need exists in the art for a method for window location-based URL resolution that can accurately and quickly obtain parameters required by a network resource address, efficiently segment and resolve the parameters, and has a simple and efficient resolving process, thereby reducing the workload of developers, greatly improving the development and testing efficiency, and shortening the period of project development.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a URL analysis method based on window location, the URL analysis method based on window location can accurately and quickly acquire parameters required by network resource addresses, efficiently segment and analyze the parameters, accurately classify URL of element sets of web pages, has simple and efficient analysis process, reduces workload of developers, greatly improves development and test efficiency, and shortens the period of project development.
In order to solve the above technical problem, the present invention provides a URL parsing method based on window location, which includes the following steps:
s1: the server acquires a complete URL address;
s2: after URL address loading, the server uses
A window.location.protocol function acquires a complete URL protocol name from a host of a URL address;
s3: after the URL protocol name is loaded, the server acquires relevant parameters from the host by using a window.
The relevant parameters comprise a protocol name, a host name, a port number, a file path, URL query parameters and URL information segments;
the implementation step of the step S3 includes:
s31: the server defines a character string used for storing a return value of the function, and calls a window.
S32: the server defines a character string used for storing a return value of the function, and calls a window.
S33: the server defines a character string used for storing a return value of a function, calls a window location path function to obtain a file path of a host of the URL, and for the obtained file path of the complete URL, cuts the content of the file path of the URL by adopting a split function to obtain a specific file directory or a name of a webpage file;
s34: the server defines a character string used for storing a return value of a function, calls a window location search function to obtain a host query parameter of a URL, and uses a split function to split a plurality of query parameters to obtain each parameter, or uses the split function to split to obtain a specific key and a value of each parameter;
s35: the server defines a character string for storing a return value of the function, calls a window.location.hash function to obtain a host information fragment of the URL, performs assignment operation on the window.location.hash function, changes an anchor point pointed by the URL, and jumps to other information fragments in the webpage.
Preferably, the step S2 includes:
s201, the server defines a character string;
s202, calling a window.
Wherein, the defined character string is the URL protocol name.
Preferably, the method for window location-based URL resolution further includes the steps of:
s4: dividing the URL into n segments according to the segment set Q by adopting a URL classification strategy, and dividing the URL into Q segments from left to right0,q1,...,qn-1Wherein the segment is sequentially weighted
x0＝n,x1＝n-1,...,xn-11, distinguishing hosts with similar URLs when S (URL' ) > DαIf so, judging that the URL 'is similar to the URL', and clustering the URLs belonging to the same set Q;
the URL classification policy is configured with a function:
wherein,Dαis a similarity index value.
Preferably, the method for window location-based URL resolution further includes the steps of:
s5, collecting the elements of the web page by using URL distinguishing strategyiCarrying out URL classification;
the implementation step of the step S5 includes:
s501 optional element set HiA URL to be classified, which is classified;
s502, selecting one URL from the rest URLs and recording the URL as u;
s503, taking the class L with the maximum similarity to u, if S (u, L) > DαThen u is added to HiPerforming the following steps; otherwise, u is classified as a class;
s504, judging whether all URLs in the element set are processed, if so, executing the step S505, otherwise, executing the step S501;
s505, obtaining an element set HiResult H of middle URL clustering1,H2,...,Hm；
S506, adding HiAll corresponding class elements form a URL area block.
After the method is adopted, the server acquires a complete URL address; after the URL address is loaded, the server acquires a complete URL protocol name from a host of the URL address by using a window.location.protocol function, and after the URL protocol name is loaded, the server acquires related parameters from the host by using the window.location function to complete the analysis of the URL; the server defines a character string used for storing a return value of the function, and calls a window. The server defines a character string used for storing a return value of the function, and calls a window. The server defines a character string used for storing a return value of a function, calls a window location path function to obtain a file path of a host of the URL, and for the obtained file path of the complete URL, cuts the content of the file path of the URL by adopting a split function to obtain a specific file directory or a name of a webpage file; the server defines a character string used for storing a return value of a function, calls a window location search function to obtain a host query parameter of a URL, and uses a split function to split a plurality of query parameters to obtain each parameter, or uses the split function to split to obtain a specific key and a value of each parameter; the method comprises the steps that a character string is defined by the server and used for storing a return value of a function, a window.location.hash function is called to obtain a host information fragment of a URL, an assignment operation is carried out on the window.location.hash function, an anchor point pointed by the URL is changed, and other information fragments in a webpage are jumped.
Drawings
FIG. 1 is a flowchart illustrating an implementation of a method for window location-based URL resolution according to the present invention;
FIG. 2 is a flowchart of an implementation of step S3 of a method for window location-based URL resolution according to the present invention;
FIG. 3 is a schematic diagram of an overall model of a method for URL resolution based on window location according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Example 1
Referring to fig. 1 to 2 of the drawings,
FIG. 1 is a flowchart illustrating an implementation of a method for window location-based URL resolution according to the present invention;
FIG. 2 is a flowchart of an implementation of step S3 of a method for window location-based URL resolution according to the present invention;
the invention discloses a URL (uniform resource locator) analysis method based on window location, which comprises the following steps of:
s1: the server acquires a complete URL address;
s2: after URL address loading, the server uses
A window.location.protocol function acquires a complete URL protocol name from a host of a URL address;
s3: after the URL protocol name is loaded, the server acquires relevant parameters from the host by using a window.
S4: dividing the URL into n segments according to the segment set Q by adopting a URL classification strategy, and dividing the URL into Q segments from left to right0,q1,...,qn-1Wherein the segment weighting values are x in sequence0＝n,x1＝n-1,...,xn-11, distinguishing hosts with similar URLs when S (URL' ) > DαIf so, judging that the URL 'is similar to the URL', and clustering the URLs belonging to the same set Q;
s5, collecting the elements of the web page by using URL distinguishing strategyiCarrying out URL classification;
wherein the URL classification policy is configured with a function: Dαis a similarity index value.
The relevant parameters comprise a protocol name, a host name, a port number, a file path, URL query parameters and URL information segments;
referring to fig. 3, fig. 3 is a schematic diagram of an overall model of a URL parsing method based on window location according to the present invention;
in this embodiment, the step S3 includes:
the implementation step of the step S3 includes:
s31: the server defines a character string used for storing a return value of the function, and calls a window.
S32: the server defines a character string used for storing a return value of the function, and calls a window.
S33: the server defines a character string used for storing a return value of a function, calls a window location path function to obtain a file path of a host of the URL, and for the obtained file path of the complete URL, cuts the content of the file path of the URL by adopting a split function to obtain a specific file directory or a name of a webpage file;
s34: the server defines a character string used for storing a return value of a function, calls a window location search function to obtain a host query parameter of a URL, and uses a split function to split a plurality of query parameters to obtain each parameter, or uses the split function to split to obtain a specific key and a value of each parameter;
s35: the server defines a character string for storing a return value of the function, calls a window.location.hash function to obtain a host information fragment of the URL, performs assignment operation on the window.location.hash function, changes an anchor point pointed by the URL, and jumps to other information fragments in the webpage.
In this embodiment, the step S2 includes:
s201, the server defines a character string;
s202, calling a window.
Wherein, the defined character string is the URL protocol name.
In this implementation, the step S5 includes:
s501 optional element set HiA URL to be classified, which is classified;
s502, selecting one URL from the rest URLs and recording the URL as u;
s503, taking the class L with the maximum similarity to u, if S (u, L) > DαThen u is added to HiPerforming the following steps; otherwise, u is classified as a class;
s504, judging whether all URLs in the element set are processed, if so, executing the step S505, otherwise, executing the step S501;
s505, obtaining an element set HiResult H of middle URL clustering1,H2,...,Hm；
S506, adding HiAll corresponding class elements form a URL area block.
Example 2
The invention discloses a URL (uniform resource locator) analysis method based on window location, which comprises the following steps of:
s1: the server acquires a complete URL address;
s2: after the URL address is loaded, the server acquires a complete URL protocol name from a memory of the URL address by using a window.
S3: after the URL protocol name is loaded, the server acquires relevant parameters from the memory by using a window.
S4: dividing the URL into n segments according to the segment set Q by adopting a URL classification strategy, and dividing the URL into Q segments from left to right0,q1,...,qn-1Wherein the segment weighting values are x in sequence0＝n,x1＝n-1,...,xn-11, distinguishing hosts with similar URLs when S (URL' ) > DαIf so, judging that the URL 'is similar to the URL', and clustering the URLs belonging to the same set Q;
s5, collecting the elements of the web page by using URL distinguishing strategyiCarrying out URL classification;
wherein the URL classification policy is configured with a function:
Dαis a similarity index value.
The relevant parameters comprise a protocol name, a memory name, a port number, a file path, URL query parameters and a URL information segment;
in this embodiment, the step S2 includes:
s201, the server defines a character string;
s202, calling the obtained URL address
The window.location.protocol function acquires a protocol name, and assigns a function return value to the character string defined in step S201;
wherein, the defined character string is the URL protocol name.
In this embodiment, the step S3 includes:
s31: the server defines a character string used for storing a return value of the function, and calls a window.
S32: the server defines a character string used for storing a return value of the function, and calls a window.
S33: the server defines a character string used for storing a return value of a function, calls a window location path function to obtain a file path of a host of the URL, and for the obtained file path of the complete URL, cuts the content of the file path of the URL by adopting a split function to obtain a specific file directory or a name of a webpage file;
s34: the server defines a character string used for storing a return value of a function, calls a window location search function to obtain a memory query parameter of a URL, and uses a split function to split a plurality of query parameters to obtain each parameter, or uses the split function to split to obtain a specific key and a value of each parameter;
s35: the server defines a character string for storing a return value of the function, calls a window.location.hash function to obtain a memory information fragment of the URL, performs assignment operation on the window.location.hash function, changes an anchor point pointed by the URL, and jumps to other information fragments in the webpage.
In this implementation, the step S5 includes:
s501 optional element set HiA URL to be classified, which is classified;
s502, selecting one URL from the rest URLs and recording the URL as u;
s503, taking the class L with the maximum similarity to u, if S (u, L) > DαThen u is added to HiPerforming the following steps; otherwise, u is classified as a class;
s504, judging whether all URLs in the element set are processed, if so, executing the step S505, otherwise, executing the step S501;
s505, obtaining an element set HiResult H of middle URL clustering1,H2,...,Hm；
S506, adding HiAll corresponding class elements form a URL area block.
After the method is adopted, the server acquires a complete URL address; after the URL address is loaded, the server acquires a complete URL protocol name from a host of the URL address by using a window.location.protocol function, and after the URL protocol name is loaded, the server acquires related parameters from the host by using the window.location function to complete the analysis of the URL; the server defines a character string used for storing a return value of the function, and calls a window. The server defines a character string used for storing a return value of the function, and calls a window. The server defines a character string used for storing a return value of a function, calls a window location path function to obtain a file path of a host of the URL, and for the obtained file path of the complete URL, cuts the content of the file path of the URL by adopting a split function to obtain a specific file directory or a name of a webpage file; the server defines a character string used for storing a return value of a function, calls a window location search function to obtain a host query parameter of a URL, and uses a split function to split a plurality of query parameters to obtain each parameter, or uses the split function to split to obtain a specific key and a value of each parameter; the method comprises the steps that a character string is defined by the server and used for storing a return value of a function, a window.location.hash function is called to obtain a host information fragment of a URL, an assignment operation is carried out on the window.location.hash function, an anchor point pointed by the URL is changed, and other information fragments in a webpage are jumped.
Meanwhile, it should be understood that the above is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent structures or equivalent implementation methods using the contents of the present specification and the drawings, or other related technical fields, are included in the scope of the present invention.
Claims (6)
1. A method for URL analysis based on window location is characterized in that: the method comprises the following steps:
s1: the server acquires a complete URL address;
s2: after the URL address is loaded, the server acquires a complete URL protocol name from a host of the URL address by using a window.
S3: after the URL protocol name is loaded, the server acquires relevant parameters from the host by using a window.
The relevant parameters comprise a protocol name, a host name, a port number, a file path, URL query parameters and URL information segments;
the implementation step of the step S3 includes:
s31: the server defines a character string used for storing a return value of the function, and calls a window.
S32: the server defines a character string used for storing a return value of the function, and calls a window.
S33: the server defines a character string used for storing a return value of a function, calls a window location path function to obtain a file path of a host of the URL, and for the obtained file path of the complete URL, cuts the content of the file path of the URL by adopting a split function to obtain a specific file directory or a name of a webpage file;
s34: the server defines a character string used for storing a return value of a function, calls a window location search function to obtain a host query parameter of a URL, and uses a split function to split a plurality of query parameters to obtain each parameter, or uses the split function to split to obtain a specific key and a value of each parameter;
s35: the server defines a character string for storing a return value of the function, calls a window.location.hash function to obtain a host information fragment of the URL, performs assignment operation on the window.location.hash function, changes an anchor point pointed by the URL, and jumps to other information fragments in the webpage.
2. A method for URL analysis based on window location is characterized in that: the method comprises the following steps:
s1: the server acquires a complete URL address;
s2: after the URL address is loaded, the server acquires a complete URL protocol name from a memory of the URL address by using a window.
S3: after the URL protocol name is loaded, the server acquires relevant parameters from the memory by using a window.
The relevant parameters comprise a protocol name, a memory name, a port number, a file path, URL query parameters and a URL information segment;
the implementation step of the step S3 includes:
s31: the server defines a character string used for storing a return value of the function, and calls a window.
S32: the server defines a character string used for storing a return value of the function, and calls a window.
S33: the server defines a character string used for storing a return value of a function, calls a window location path function to obtain a file path of a host of the URL, and for the obtained file path of the complete URL, cuts the content of the file path of the URL by adopting a split function to obtain a specific file directory or a name of a webpage file;
s34: the server defines a character string used for storing a return value of a function, calls a window location search function to obtain a memory query parameter of a URL, and uses a split function to split a plurality of query parameters to obtain each parameter, or uses the split function to split to obtain a specific key and a value of each parameter;
s35: the server defines a character string for storing a return value of the function, calls a window.location.hash function to obtain a memory information fragment of the URL, performs assignment operation on the window.location.hash function, changes an anchor point pointed by the URL, and jumps to other information fragments in the webpage.
3. The method for window location-based URL resolution according to claim 1 or 2, wherein: the implementation step of the step S2 includes:
s201, the server defines a character string;
s202, calling a window.
Wherein, the defined character string is the URL protocol name.
4. The method of window location-based URL resolution of claim 1, wherein:
the method for URL resolution based on window location further comprises the following steps:
s4: dividing the URL into n segments according to the segment set Q by adopting a URL classification strategy, and dividing the URL into Q segments from left to right0,q1,...,qn-1Wherein the segment weighting values are x in sequence0＝n,x1＝n-1,...,xn-11, distinguishing hosts with similar URLs when S (URL' ) > DαIf so, judging that the URL 'is similar to the URL', and clustering the URLs belonging to the same set Q;
the URL classification policy is configured with a function:
wherein,Dαis a similarity index value.
5. The method of window location-based URL resolution of claim 2, wherein:
the method for URL resolution based on window location further comprises the following steps:
s4: dividing the URL into n segments according to the segment set Q by adopting a URL classification strategy, and dividing the URL into Q segments from left to right0,q1,...,qn-1Wherein the segment weighting values are x in sequence0＝n,x1＝n-1,...,xn-11, distinguishing hosts with similar URLs when S (URL' ) > DαIf so, judging that the URL 'is similar to the URL', and clustering the URLs belonging to the same set Q;
the URL classification policy is configured with a function:
wherein,Dαis a similarity index value.
6. The method for window location-based URL resolution of claim 4 or 5, wherein:
the method for URL resolution based on window location further comprises the following steps:
s5, collecting the elements of the web page by using URL distinguishing strategyiCarrying out URL classification;
the implementation step of the step S5 includes:
s501 optional element set HiA URL to be classified, which is classified;
s502, selecting one URL from the rest URLs and recording the URL as u;
s503, taking the class L with the maximum similarity to u, if S (u, L) > DαThen u is added to HiPerforming the following steps; otherwise, u is classified as a class;
s504, judging whether all URLs in the element set are processed, if so, executing the step S505, otherwise, executing the step S501;
s505, obtaining an element set HiResult H of middle URL clustering1,H2,...,Hm；
S506, adding HiAll corresponding class elements form a URL area block.
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Application publication date: 20170728 |