CN104683364B - Display methods and system, the control method of a kind of Web page for Internet of Things - Google Patents
Display methods and system, the control method of a kind of Web page for Internet of Things Download PDFInfo
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Abstract
The present invention proposes a kind of display methods of Web page for Internet of Things and system, control method, methods described include：Step 101）Gateway generates XML file according to layering URI policy depiction Internet resources；Wherein, the layering URI strategies are：Each Internet resources in Internet of Things are characterized with a URI, the Internet resources include：Gateway, node, sensor and the operation to sensor；Step 102）Backstage parses the XML file of all registration gateways, and then generates URI trees corresponding with XML file；Step 103）URI tree generation data display interface of the foreground according to generation, is shown.The present invention is positioned by carrying out the URI of unified layering to resources such as sensor nodes, is realized and is reached the processing of the data purpose consistent with the display at foreground interface using identical Resource Locating Model from backstage to foreground.And make it that the exploitation at foreground interface is simpler, more can fundamentally support the effect of foreground Dynamic Announce.
Description
Technical field
The invention belongs to Internet of Things field.It is related to the resource description that Internet of Things perceives extended layer, platform of internet of things is to resource
Visualization, i.e., the invention provides a kind of display methods of Web page for Internet of Things and system, control method.
Background technology
With the fast development of Internet of Things, the mankind will enter the Internet of things era.This means we will face magnanimity
The information of " thing ".These information are to perceive the various equipment of extended layer by Internet of Things to collect mostly.We can take out these equipment
As for the resource in Internet of Things.On this basis, to the operation of sensor（Obtain data, arrange parameter etc.）It is abstracted as to resource
Operation.Sensor Network has levels, it is possible to resource is stated by a kind of description of layering.Prior art is to passing
The data acquisition or be configured to sensor that the operation of sensor is typically directly carried out.Can be with using designed URI
A resource is uniquely determined in Internet of Things, and we have different operations to each resource, if these are operated
URI corresponding to information and operation information is mapped, it is possible to completes the positioning to resource and the complete description of resource operation.Profit
All sensors connected with XML file to a gateway, which are described, will eventually get a whole gateway of description and has energy
The gateway capacity of power describes file.This just lays the foundation to establish the Internet of Things unified platform.
It is not according to the natural layer of Sensor Network although prior art foreground can show the hierarchical information of Sensor Network
Secondary relation is dynamically generated the interface on foreground, but the hierarchical position of each sensor is secured in advance, and this results in backstage
The coupling that the processing of data and the data on foreground are shown is too high, so as to reduce the scalability of program.And platform of internet of things
It is open, it should have access to the network with various structures, this just needs platform to consider adaptability in design.Perceive
Network operationally due to equipment addition or exit, network has certain dynamic, therefore the design of platform will also be examined
Consider the change of dynamically adapting sensing network.Therefore, also there are adaptability, dynamic in data exhibiting part.
The content of the invention
It is an object of the present invention to overcome drawbacks described above, the present invention provides a kind of the aobvious of Web page for Internet of Things
Show method and system, control method.
To achieve these goals, the invention provides a kind of display methods of the Web page for Internet of Things, the side
Method includes：
Step 101）Gateway generates gateway capacity and describes file according to layering URI policy depiction Internet resources；
Wherein, the layering URI strategies are：Each Internet resources in Internet of Things are characterized with a URI, it is described
Internet resources include：Gateway, node, sensor and the operation to sensor；
Step 102）The gateway capacity that backstage parses all registration gateways describes file, and then generates and described with gateway capacity
URI trees corresponding to file；
Step 103）URI tree generation data display interface of the foreground according to generation, is shown.
Above-mentioned steps 101）Further include：Step 101-1）The all the sensors that are connected with gateway of statistics current time and
Sensor Network；
Step 101-2）The hierarchical structure of whole gateway is divided, specific division methods are as follows：For being directly connected to
Sensor on gateway uses locality connection level；Level is indirectly connected with for Sensor Network use；For the layer of data gateway
Secondary to be determined by platform, i.e., platform is that each data gateway distributes a gateway number, and the head using gateway number as gateway information
Layer；
Step 101-3）Each node layer is described using machine and readable language per capita respectively, resource is carried out
Parameter list, return to operating value；
Wherein, the resource includes the operation to sensor node；
Step 101-4）Collect above-mentioned steps 101-2）With step 101-3）The information of generation, the information based on generation obtain
The gateway capacity of XML format describes file.
Above-mentioned steps 103）Further include：
Step 103-1）Foreground encapsulates URI according to the level being presently in；
Step 103-2）Foreground sends a request to backstage, and step 103-1）The URI of generation is sent to backstage；
Step 103-3）After backstage is connected to request, current URI is matched from the URI trees of backstage according to URI, if the match is successful
After go to step 103-4）Step 103-6 is gone to if it fails to match）；
Wherein, the depth based on tree scans for one by one during matching, is specially：
First, URI is split into character string dimension with "/"；
Then, whether i-th of the element down searched in current string array from the root of ability tree is deposited at i-th layer
If i-th of element in the presence of i-th layer, using present node as father node, continues deep search " i+1 " individual word
Whether symbol string is in i+1 layer；If i-th of element goes to step 103-6 when being not present for i-th layer）, the span of the i
For（I-th layer represents i-th of the string elements of array obtained with "/" segmentation URI residing level in a network.I value
Scope is the length from 1 to the character string dimension obtained with "/" segmentation URI.）；If all elements of character string dimension are all
With successfully going to step 103-4）；
Step 103-4）Return to the child node of current matching node；
Step 103-5）Foreground obtains result drawing；
Step 103-6）Error message is fed back into foreground.
In addition, present invention also offers a kind of resource control method for Internet of Things, methods described includes：
Step 201）Gateway generates XML file according to layering URI policy depiction Internet resources；
Wherein, the layering URI strategies are：Each Internet resources in Internet of Things are characterized with a URI, it is described
Internet resources include：Gateway, node, sensor and the operation to sensor；
Step 202）The XML file of all registration gateways of foreground parsing, and then generate URI trees corresponding with XML file；
Step 203）URI tree raw Reverse Turning Control resource of the foreground according to generation.
Above-mentioned steps 201）Further include：
Step 201-1）Count current time, all the sensors and Sensor Network being connected with gateway；
Step 201-2）The hierarchical structure of whole gateway is divided, specific division methods are as follows：For being directly connected to
Sensor on gateway uses locality connection level；Level is indirectly connected with for Sensor Network use；For the layer of data gateway
Secondary to be determined by platform, i.e., platform is that each data gateway distributes a gateway number, and the head using gateway number as gateway information
Layer；
Step 201-3）Each node layer is described using machine and readable language per capita respectively, resource is carried out
Parameter list, return to operating value；
Wherein, the resource includes the operation to sensor node；
Step 201-4）Collect above-mentioned steps 101-2）With step 101-3）The information of generation, and then gateway capacity description text
Part.
Above-mentioned steps 203）Further include：
Step 203-1）Foreground encapsulates URI according to the level being presently in；
Step 203-2）Foreground sends a request to backstage, and step 103-1）The URI of generation is sent to backstage；
Step 203-3）After backstage is connected to request, current URI is matched from the URI trees of backstage according to URI, if the match is successful
After go to step 103-4）Step 103-6 is gone to if it fails to match）；
Wherein, the depth based on tree scans for one by one during matching, is specially：
URI is split into character string dimension with "/"；
Whether i-th of the element down searched in current string array from the root of ability tree exists at i-th layer, if
Whether i-th of element, then using present node as father node, continues deep search " i+1 " individual character string in the presence of i-th layer
In i+1 layer；If i-th of element goes to step 203-6 when being not present for i-th layer）, the span of the i is（I-th layer
Represent i-th of the string elements of array obtained with "/" segmentation URI residing level in a network.I span be from
1 to the length of character string dimension obtained with "/" segmentation URI.）；If all elements of character string dimension all the match is successful turn
To step 203-4）；
Step 203-4）Return to the child node of current matching node；
Step 203-5）Foreground obtains result drawing；
Step 203-6）Error message is fed back into foreground.
Finally, the invention provides a kind of display system of the Web page for Internet of Things, comprising：It is things-internet gateway, preceding
Platform, backstage, it is characterised in that the display system also includes：XML file generation module on things-internet gateway, is located at
The URI trees generation module on backstage and the interface display module on foreground；
The XML file generation module, for by gateway, the node of gateway connection, the sensor on node and being directed to
The various operations of sensor are abstracted as independent resource respectively, and each independent resource is characterized using a URI, and then
Generate XML file；
The URI trees generation module, for obtaining URI trees according to the XML file of backstage parsing；
The foreground interface display, the Layering manifestation at interface is carried out for the hierarchical structure based on URI trees.
Compared with prior art, the technical advantages of the present invention are that：
The present invention is positioned by carrying out the URI of unified layering to resources such as sensor nodes, is realized from backstage to preceding
Platform reaches the processing of the data purpose consistent with the display at foreground interface using identical Resource Locating Model.And before causing
The exploitation at platform interface is simpler, more can fundamentally support the effect of foreground Dynamic Announce.
Brief description of the drawings
Fig. 1-a are the flow charts of the display methods of the Web page provided by the invention for Internet of Things；
Fig. 1-b are the flow charts of the resource control method provided by the invention for Internet of Things；
Fig. 2 is the URI tree schematic diagrames of one layering of the present invention；
Fig. 3 is the interface schematic diagram of foreground Layering manifestation of the present invention.
Embodiment
The method of the invention is described in detail with reference to the accompanying drawings and examples.
The display methods and resource control method of the Web page for Internet of Things of the bright offer of this law respectively such as Fig. 1-a and
Shown in 1-b.The display methods of the Web page includes：
Step 101）Gateway generates XML file according to layering URI policy depiction Internet resources；
Wherein, the layering URI strategies are：Each Internet resources in Internet of Things are characterized with a URI, it is described
Internet resources include：Gateway, node, sensor and the operation to sensor；
Step 102）Backstage parses the XML file of all registration gateways, and then generates URI trees corresponding with XML file；
Step 103）Foreground dynamically carries out interface display according to the URI trees of backstage generation.
The resource control method for Internet of Things of the offer includes：
Step 201）Gateway is according to layering URI policy depiction Internet resources；
Wherein, the layering URI strategies are：Each Internet resources in Internet of Things are characterized with a URI, it is described
Internet resources include：Gateway, node, sensor and the operation to sensor；
Step 202）Backstage parses the XML file of all registration gateways, and then generates URI trees corresponding with XML file；
Step 203）URI tree raw Reverse Turning Control resource of the foreground according to backstage generation.
Embodiment
The present invention is analysis Resource Description File, is designed using specification, layering the URI of resource, obtains the layer of resource
Secondary structure, the quantity of resource and every attribute possessed by resource, dynamic generation Web page is supported with these analysis results, most
Reach the purpose of design that the web page on foreground has adaptability and dynamic eventually.Consider to set sensor URI based on these designs
Meter is as follows：
<resource_list>
<uri>/native/smeshlink1/9</uri>
<type>MX1101</type>
<desc>soil temperature sensor</desc>
<action_list>
<action>……</action>
<action>……</action>
<action>……</action>
……
</action_list>
</resource_list>
Assuming that this is sensing data gateway Gate the Resources list, then/Gate/native/smeshlink1/9 is exactly
Navigate to No. 9 sensors.And the action in file is exactly the various operations to this sensor, operation can also be abstracted as one kind
Resource, so when specifying action type, a kind of resource is also just thoroughly determined.Action is defined as follows：
<action>
<name>data</name>
<desc>select data from time_start to time_end from db</desc>
<para_list>
<para>……</para>
……
</para_list>
<return_list>
<para>……</para>
……
</return_list>
<error_list>
<error>……</error>
……
</error_list>
</aciton>
The URI of sensor node uniquely determines that a resource is as follows plus corresponding action names can：/
Gate/native/smeshlink1/9/data.By file above when we are using this URI as request condition
Our cans inquire the data between start_time and end_time.
And the exploitation for simplifying foreground interface is had the advantage that by this layering URI designs.So that foreground interface is opened
Prosperity is to unanimously.The URI trees of one layering of generation are as shown in Figure 2 after platform is handled all URI.
Foreground can generates corresponding data display interface according to the hierarchical structure of this URI tree.The structure at interface is just
It is the complete embodiment for being layered URI trees, this has just reached the uniformity of foreground display interface.Foreground allow according to backstage dynamic
Layering real information.The interface of foreground Layering manifestation is as shown in Figure 3.
By foreground interface above we can see that we only need the decomposition URI corresponding to resource in layer
Can the tree construction the same with backstage URI trees, it is final to determine to specifically servicing.Provided in this way to foreground
Unified data display mode, allows the display of data more to have a sense of hierarchy, and has simplified the exploitation at foreground interface.As above institute is schemed
Show, when user clicks on data menu items, menu will be added to mono- layer of data for one layer by foreground since most, ultimately form one
Individual unique URI, corresponding URI is directly matched after receiving request from the background, corresponding resource is carried out for user after the match is successful
Operation, and final result is returned to user.
By being abstracted into the URI of layering to resource, we can determine a resource by unique URI.And these URI
It is by good hierarchical design, so the whole delaminating process of resource is directly applied to foreground interface by our cans again
Design on so that the URI trees on foreground interface and backstage reach unified, so that foreground interface is adaptable and dynamic
State property.
It should be noted last that the above embodiments are merely illustrative of the technical solutions of the present invention and it is unrestricted.Although ginseng
The present invention is described in detail according to embodiment, it will be understood by those within the art that, to the technical side of the present invention
Case is modified or equivalent substitution, and without departure from the spirit and scope of technical solution of the present invention, it all should cover in the present invention
Right among.
Claims (5)
1. a kind of display methods of Web page for Internet of Things, methods described include：
Step 101) gateway generates gateway capacity and describes file according to layering URI policy depiction Internet resources；
Wherein, the layering URI strategies are：Each Internet resources in Internet of Things are characterized with a URI, the network
Resource includes：Gateway, node, sensor and the operation to sensor；
The gateway capacity that step 102) parses all registration gateways from the background describes file, and then generates and describe file with gateway capacity
Corresponding URI trees；
URI tree generation data display interface of the step 103) foreground according to generation, is shown；
The step 101) further includes：Step 101-1) count all the sensors and sensing that current time is connected with gateway
Net；
Step 101-2) hierarchical structure of whole gateway is divided, specific division methods are as follows：For being connected directly between net
The sensor shut uses locality connection level；Level is indirectly connected with for Sensor Network use；For data gateway level by
Platform determines that is, platform is that each data gateway distributes a gateway number, and the first floor using gateway number as gateway information；
Step 101-3) each node layer is described using machine and readable language per capita respectively, parameter is carried out to resource
List, return to operating value；
Wherein, the resource includes the operation to sensor node；
Step 101-4) collect above-mentioned steps 101-2) and step 101-3) generation information, the information based on generation obtains XML
The gateway capacity of form describes file.
2. the display methods of the Web page according to claim 1 for Internet of Things, it is characterised in that the step
103) further include：
Step 103-1) foreground encapsulates URI according to the level that is presently in；
Step 103-2) foreground send a request to backstage, and step 103-1) generation URI be sent to backstage；
Step 103-3) be connected to request from the background after, current URI is matched from the URI trees of backstage according to URI, if turned after the match is successful
To step 103-4), go to step 103-6 if it fails to match)；
Wherein, the depth based on tree scans for one by one during matching, is specially：
First, URI is split into character string dimension with "/"；
Then, whether i-th of the element down searched in current string array from the root of ability tree be in i-th layer of presence, such as
I-th of element of fruit is in the presence of i-th layer, then using present node as father node, continuing deep search " i+1 " individual character string is
It is no in i+1 layer；If i-th of element goes to step 103-6 when being not present for i-th layer), i-th layer represents with "/" segmentation URI
I-th of string elements of obtained array residing level in a network；I span is to split URI from 1 to "/"
The length of obtained character string dimension；If all the match is successful goes to step 103-4 for all elements of character string dimension)；
Step 103-4) return current matching node child node；
Step 103-5) foreground obtain result drawing；
Step 103-6) error message fed back into foreground.
3. a kind of resource control method for Internet of Things, methods described includes：
Step 201) gateway generates XML file according to layering URI policy depiction Internet resources；
Wherein, the layering URI strategies are：Each Internet resources in Internet of Things are characterized with a URI, the network
Resource includes：Gateway, node, sensor and the operation to sensor；
The XML file of all registration gateways of step 202) foreground parsing, and then generate URI trees corresponding with XML file；
URI tree raw Reverse Turning Control resource of the step 203) foreground according to generation；
The step 201) further includes：
Step 201-1) statistics current time, all the sensors and Sensor Network being connected with gateway；
Step 201-2) hierarchical structure of whole gateway is divided, specific division methods are as follows：For being connected directly between net
The sensor shut uses locality connection level；Level is indirectly connected with for Sensor Network use；For data gateway level by
Platform determines that is, platform is that each data gateway distributes a gateway number, and the first floor using gateway number as gateway information；
Step 201-3) each node layer is described using machine and readable language per capita respectively, parameter is carried out to resource
List, return to operating value；
Wherein, the resource includes the operation to sensor node；
Step 201-4) collect above-mentioned steps 201-2) and step 201-3) generation information, and then gateway capacity describes file.
4. the resource control method according to claim 3 for Internet of Things, it is characterised in that the step 203) enters one
Step includes：
Step 203-1) foreground encapsulates URI according to the level that is presently in；
Step 203-2) foreground send a request to backstage, and step 203-1) generation URI be sent to backstage；
Step 203-3) be connected to request from the background after, current URI is matched from the URI trees of backstage according to URI, if turned after the match is successful
To step 203-4), go to step 203-6 if it fails to match)；
Wherein, the depth based on tree scans for one by one during matching, is specially：
URI is split into character string dimension with "/"；
Whether i-th of the element down searched in current string array from the root of ability tree exists at i-th layer, if i-th
Individual element is in the presence of i-th layer, then using present node as father node, continue deep search " i+1 " individual character string whether
I+1 layer；If i-th of element goes to step 203-6 when being not present for i-th layer), i-th layer of representative is obtained with "/" segmentation URI
Array i-th of string elements residing level in a network；I span is obtained from 1 to "/" segmentation URI
Character string dimension length；If all the match is successful goes to step 203-4 for all elements of character string dimension)；
Step 203-4) return current matching node child node；
Step 203-5) foreground obtain result drawing；
Step 203-6) error message fed back into foreground.
5. a kind of display system of Web page for Internet of Things, comprising：Things-internet gateway, foreground, backstage, it is characterised in that
The display system also includes：XML file generation module on things-internet gateway, the URI tree generation modules positioned at backstage
With the interface display module on foreground；
The XML file generation module, for by the sensor on gateway, the node of gateway connection, node and for sensing
The various operations of device are abstracted as independent resource respectively, and each independent resource is characterized using a URI, and then generate
XML file；
The URI trees generation module, for obtaining URI trees according to the XML file of backstage parsing；
The foreground interface display, the Layering manifestation at interface is carried out for the hierarchical structure based on URI trees.
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| CN1677932A (en) * | 2004-03-31 | 2005-10-05 | 华为技术有限公司 | Network management configuration method and apparatus thereof |
| CN102378177A (en) * | 2011-11-28 | 2012-03-14 | 中兴通讯股份有限公司 | Method and system for combining Internet of things capability with terminal |
| CN102999632A (en) * | 2012-12-14 | 2013-03-27 | 上海斐讯数据通信技术有限公司 | Method for automatically reading and submitting tree structure database |
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| CN1677932A (en) * | 2004-03-31 | 2005-10-05 | 华为技术有限公司 | Network management configuration method and apparatus thereof |
| CN102378177A (en) * | 2011-11-28 | 2012-03-14 | 中兴通讯股份有限公司 | Method and system for combining Internet of things capability with terminal |
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| CN103220285A (en) * | 2013-04-10 | 2013-07-24 | 中国科学技术大学苏州研究院 | Access system based on RESTful interface in ubiquitous service environment |
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