CN110300377A - A kind of test method and system of base station location dynamic field - Google Patents
A kind of test method and system of base station location dynamic field Download PDFInfo
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Abstract
The invention discloses the test methods and system of a kind of base station location dynamic field, belong to base station location the field of test technology, comprising the following steps: S1: establishing the connection between module；S2: the format that base station information data conversion is required at map software；S3: multiple groups base station information data are obtained；S4: test job terminates；S5: test data is imported.In the step S1, connection is realized using serial port between test script and module, the base station position information data that module obtains are accuracy data and dimension data, and test script is realized to establish between test macro and base station by quoting the serial communication of SerialPort module and be connected and communicated.With that can facilitate test execution, test data automatically processes the present invention, and facilitates batch processing test data feature, the test data of output can be introduced directly into map software, the dynamic trajectory for showing base station position information, facilitates interpretation of result to show, is worth being used more widely.
Description
Technical field
The present invention relates to base station location the field of test technology, and in particular to a kind of test method of base station location dynamic field and
System.
Background technique
At present to the test method of base station location, single base station position information is mainly obtained by a single point, is then led to
Coordinate pick-up is crossed, the display position in map judges whether location information meets expection；Base station location dynamic field is surveyed,
Need to obtain location information by sending order manually, then, a large amount of location coordinate informations for needing will acquire handle manually at
The fixed format that map APP is required, manual processing steps are cumbersome.It is continuous by ordering when multiple test macros are tested simultaneously
Location information and the more cumbersome time-consuming of location information data batch processing are obtained for a long time, for this purpose, proposing that a kind of base station location is dynamic
The test method and system of state field.
Summary of the invention
Technical problem to be solved by the present invention lies in: base station position information how is obtained automatically and is converted to map software
Format is needed, provides a kind of test method of base station location dynamic field, this method has and can facilitate test execution, test data
It automatically processes, and facilitates batch processing test data feature, it is soft the test data that software exports can be introduced directly into map
Part shows the dynamic trajectory of base station position information, interpretation of result is facilitated to show.
The present invention be by the following technical programs solution above-mentioned technical problem, the present invention the following steps are included:
S1: the connection between module is established
The connection established between test script and module is simultaneously communicated, and the order for obtaining base station location is sent to module,
And then the location information of base station is obtained, the acquisition instruction of base station position information is directly sent to module using test script, in this way
There is no need to send order manually to obtain base station position information, the efficiency of test job can be effectively improved；
S2: the format that base station information data conversion is required at map software
For the base station position information data that step S1 is obtained, map software is converted thereof into using format transfer function and is wanted
The coordinate format asked, and data are saved, basic format transfer function is as follows:
TempX=str (int (X))+" ° "+str (int ((X-int (X)) * 60))+" ' "+str ((((X-int (X)) *
60)-int ((X-int (X)) * 60)) * 60)+" " ", wherein X is base station position information data, by specified function to base station position
It sets information data and formats processing, it is soft base station position information data quickly and easily can be converted into map in this way
The format that part needs facilitates base station position information data are straight instead of the process handled manually to a large amount of location coordinate informations
It connects and imports in map software；
S3: multiple groups base station information data are obtained
Circulation executes step S1 and S2 until test job completion, obtains base station information number of the multiple groups after format is converted
According to, and data are saved；
S4: test job terminates
After completing test job, the data file handled well in test process is obtained；
S5: test data is imported
The test data file obtained in step S4 is imported into map software, and by the test position Grid Track of dynamic field
It is shown in map software, after the text file directly acquired is imported in map software, location information dynamic can be shown
Track facilitates interpretation of result to show.
Preferably, in the step S1, connection is realized using serial port between test script and module.
Preferably, in the step S1, test script is realized by quoting the serial communication of SerialPort module
It establishes and connects and communicates between test macro and base station.
Preferably, in the step S1, sending to module and obtaining the order of base station location is AT instruction.
Preferably, in the step S1, the base station position information data that module obtains are accuracy data and dimension data.
Preferably, in the step S2, the coordinate format that map software requires is ddd ° of mm ', the base station that module obtains
The coordinate format of location information data is ddd.ddddd °.
Preferably, in the step S2, the accuracy data for the base station position information data that module obtains is E, then converts
Function at map software precision prescribed format is as follows:
TempE=str (int (E))+" ° "+str (int ((E-int (E)) * 60))+" ' ".
Preferably, in the transfer function of the precision format, tempE is the base station position information after conversion accuracy format
The accuracy data of data, str (int (E))+" ° " are used to be rounded the degree position in the accuracy data of base station position information data,
Str (int ((E-int (E)) * 60))+" ' " for being rounded to the quartile in the accuracy data of base station position information data.
Preferably, in the step S2, the dimension data for the base station position information data that module obtains is N, then converts
Require the function of dimension format as follows at map software:
TempN=str (int (N))+" ° "+str (int ((N-int (N)) * 60))+" ' ".
Preferably, in the transfer function of the dimension format, tempN is the base station position information converted after dimension format
The dimension data of data, str (int (N))+" ° " are used to be rounded the degree position in the dimension data of base station position information data,
Str (int ((N-int (N)) * 60))+" ' " for being rounded to the quartile in the dimension data of base station position information data.
Preferably, in the step S2 and S3, data will be saved in the form of text file.
Preferably, in the step S3, it is recycled according to the interval time of setting and executes step S1 and S2.
The present invention also provides a kind of test macros of base station location dynamic field, comprising:
Link block, for establishing the connection between test script and module and being communicated；
The coordinate format of format converting module, the base station position information data for obtaining module is converted into map software
It is required that coordinate format, and data are saved；
Execution module is recycled, circulation executes step S1 and S2 until test job is completed；
File acquisition module obtains the data file handled well in test process after completing test job；
File import modul, for the test data file handled well to be imported map software；
Central processing module is instructed for issuing to other modules, completes relevant action；
The link block, format converting module, circulation execution module, file acquisition module, file import modul with
Central processing module electrical connection.
The present invention has the advantage that the test method of the base station location dynamic field compared with prior art, due to using survey
Training originally directly sends the acquisition instruction of base station position information to module, and so there is no need to send order manually to obtain base station position
Confidence breath, can effectively improve the efficiency of test job；Also, lattice are carried out to base station position information data by specified function
Base station position information data can be quickly and easily converted into the format of map software needs in this way, replaced by formula conversion process
For the process handled manually to a large amount of location coordinate informations, facilitates and base station position information data are introduced directly into map software
In；After the text file directly acquired is imported in map software, location information dynamic trajectory can be shown, facilitates result point
Analysis is shown, is worth being used more widely.
Detailed description of the invention
Fig. 1 is the implementation flow chart of test method of the present invention.
Specific embodiment
It elaborates below to the embodiment of the present invention, the present embodiment carries out under the premise of the technical scheme of the present invention
Implement, the detailed implementation method and specific operation process are given, but protection scope of the present invention is not limited to following implementation
Example.
Embodiment one
As shown in Figure 1, the present embodiment provides a kind of technical solutions: a kind of test method of base station location dynamic field, including
Following steps:
S1: the connection between module is established
The connection established between test script and module is simultaneously communicated, and serial communication is utilized between test script and module
Mode realizes connection, then sends the order for obtaining base station location to module using test script, and then obtain the position of base station
Information, the base station position information data that module obtains are accuracy data and dimension data, are directly sent out to module using test script
The acquisition instruction for sending base station position information can be effectively so there is no need to send order manually to obtain base station position information
Improve the efficiency of test job；
S2: the format that base station information data conversion is required at map software
For the base station position information data that step S1 is obtained, map software is converted thereof into using format transfer function and is wanted
The coordinate format asked, and data are saved, basic format transfer function is as follows:
TempX=str (int (X))+" ° "+str (int ((X-int (X)) * 60))+" ' "+str ((((X-int (X)) *
60)-int ((X-int (X)) * 60)) * 60)+" " ", wherein X is base station position information data, by specified function to base station position
It sets information data and formats processing, it is soft base station position information data quickly and easily can be converted into map in this way
The format that part needs facilitates base station position information data are straight instead of the process handled manually to a large amount of location coordinate informations
It connects and imports in map software；
S3: multiple groups base station information data are obtained
Circulation executes step S1 and S2 until test job completion, obtains base station information number of the multiple groups after format is converted
According to, and data are saved；
S4: test job terminates
After completing test job, the data file handled well in test process is obtained；
S5: test data is imported
The test data file obtained in step S4 is imported into map software, and by the test position Grid Track of dynamic field
It is shown in map software, after the text file directly acquired is imported in map software, location information dynamic can be shown
Track facilitates interpretation of result to show.
In the step S1, test script realizes test macro by quoting the serial communication of SerialPort module
It establishes and connects and communicates between base station.
In the step S1, sending to module and obtaining the order of base station location is AT instruction.
In the step S2, the coordinate format that map software requires is ddd ° of mm ', the base station position information that module obtains
The coordinate format of data is ddd.ddddd °.
In the step S2, the accuracy data for the base station position information data that module obtains is 150 °, then is converted into ground
The function of figure software requirement precision format is as follows:
Temp150 °=str (int (150 °))+" ° "+str (int ((150 ° of-int (150 °)) * 60))+" ' ".
In the transfer function of the precision format, temp150 °=150 ° 00'00 " are the base station after conversion accuracy format
The accuracy data of location information data；
Str (int (150 °))+" ° " is for being rounded the degree position in the accuracy data of base station position information data；
Str (int ((150 ° of-int (150 °)) * 60))+" ' " for in the accuracy data of base station position information data
Quartile is rounded.
In the step S2, the dimension data for the base station position information data that module obtains is 100.5 °, then is converted into
Map software requires the function of dimension format as follows:
Temp100.5 °=str (int (100.5 °))+" ° "+str (int ((100.5 ° of-int (100.5 °)) * 60))
+"'"。
In the transfer function of the dimension format, temp100.5 °=100 ° 30'00 " are the base converted after dimension format
The dimension data of station location information data；
Str (int (100.5 °))+" ° " is for being rounded the degree position in the dimension data of base station position information data；
Str (int ((100.5 ° of-int (100.5 °)) * 60))+" ' " for the dimension data to base station position information data
In quartile be rounded.
In the step S2 and S3, data will be saved in the form of text file.
In the step S3, it is recycled according to the interval time of setting and executes step S1 and S2.
The present embodiment additionally provides a kind of test macro of base station location dynamic field, comprising:
Link block, for establishing the connection between test script and module and being communicated；
The coordinate format of format converting module, the base station position information data for obtaining module is converted into map software
It is required that coordinate format, and data are saved；
Execution module is recycled, circulation executes step S1 and S2 until test job is completed；
File acquisition module obtains the data file handled well in test process after completing test job；
File import modul, for the test data file handled well to be imported map software；Central processing module is used for
It issues and instructs to other modules, complete relevant action；
The link block, format converting module, circulation execution module, file acquisition module, file import modul with
Central processing module electrical connection.
Embodiment two
As shown in Figure 1, the present embodiment provides a kind of technical solutions: a kind of test method of base station location dynamic field, including
Following steps:
S1: the connection between module is established
The connection established between test script and module is simultaneously communicated, and serial communication is utilized between test script and module
Mode realizes connection, then sends the order for obtaining base station location to module using test script, and then obtain the position of base station
Information, the base station position information data that module obtains are accuracy data and dimension data, are directly sent out to module using test script
The acquisition instruction for sending base station position information can be effectively so there is no need to send order manually to obtain base station position information
Improve the efficiency of test job；
S2: the format that base station information data conversion is required at map software
For the base station position information data that step S1 is obtained, map software is converted thereof into using format transfer function and is wanted
The coordinate format asked, and data are saved, basic format transfer function is as follows:
TempX=str (int (X))+" ° "+str (int ((X-int (X)) * 60))+" ' "+str ((((X-int (X)) *
60)-int ((X-int (X)) * 60)) * 60)+" " ", wherein X is base station position information data, by specified function to base station position
It sets information data and formats processing, it is soft base station position information data quickly and easily can be converted into map in this way
The format that part needs facilitates base station position information data are straight instead of the process handled manually to a large amount of location coordinate informations
It connects and imports in map software；
S3: multiple groups base station information data are obtained
Circulation executes step S1 and S2 until test job completion, obtains base station information number of the multiple groups after format is converted
According to, and data are saved；
S4: test job terminates
After completing test job, the data file handled well in test process is obtained；
S5: test data is imported
The test data file obtained in step S4 is imported into map software, and by the test position Grid Track of dynamic field
It is shown in map software, after the text file directly acquired is imported in map software, location information dynamic can be shown
Track facilitates interpretation of result to show.
In the step S1, test script realizes test macro by quoting the serial communication of SerialPort module
It establishes and connects and communicates between base station.
In the step S1, sending to module and obtaining the order of base station location is AT instruction.
In the step S2, the coordinate format that map software requires is ddd ° of mm ' ss ", the base station location that module obtains
The coordinate format of information data is ddd.ddddd °.
In the step S2, the accuracy data for the base station position information data that module obtains is 150 °, then is converted into ground
The function of figure software requirement precision format is as follows:
Temp150 °=str (int (150 °))+" ° "+str (int ((150 ° of-int (150 °)) * 60))+" ' "+str
((((150°-int(150°))*60)-int((150°-int(150°))*60))*60)+"”"。
In the transfer function of the precision format, temp150 °=150 ° 00'00 " are the base station after conversion accuracy format
The accuracy data of location information data；
Str (int (150 °))+" ° " is for being rounded the degree position in the accuracy data of base station position information data；
Str (int ((150 ° of-int (150 °)) * 60))+" ' " for in the accuracy data of base station position information data
Quartile is rounded；
Str ((((150 ° of-int (150 °)) * 60)-int ((150 ° of-int (150 °)) * 60)) * 60)+" " " for base
Second position in the accuracy data of station location information data is rounded.
In the step S2, the dimension data for the base station position information data that module obtains is 125.5 °, then is converted into
Map software requires the function of dimension format as follows:
Temp125.5 °=str (int (125.5 °))+" ° "+str (int ((125.5 ° of-int (125.5 °)) * 60))
+"'"+str((((125.5°-int(125.5°))*60)-int((125.5°-int(125.5°))*60))*60)+"”"。
In the transfer function of the dimension format, temp125.5 °=125 ° 30'00 " are the base converted after dimension format
The dimension data of station location information data；
Str (int (125.5 °))+" ° " is for being rounded the degree position in the dimension data of base station position information data；
Str (int ((125.5 ° of-int (125.5 °)) * 60))+" ' " for the dimension data to base station position information data
In quartile be rounded；
str((((125.5°-int(125.5°))*60)-int((125.5°-int(125.5°))*60))*60)+"”"
It is rounded for the second position in the dimension data to base station position information data.
In the step S2 and S3, data will be saved in the form of text file.
In the step S3, it is recycled according to the interval time of setting and executes step S1 and S2.
The present embodiment additionally provides a kind of test macro of base station location dynamic field, comprising:
Link block, for establishing the connection between test script and module and being communicated；
The coordinate format of format converting module, the base station position information data for obtaining module is converted into map software
It is required that coordinate format, and data are saved；
Execution module is recycled, circulation executes step S1 and S2 until test job is completed；
File acquisition module obtains the data file handled well in test process after completing test job；
File import modul, for the test data file handled well to be imported map software；Central processing module is used for
It issues and instructs to other modules, complete relevant action；
The link block, format converting module, circulation execution module, file acquisition module, file import modul with
Central processing module electrical connection.
In conclusion the test method and system of the base station location dynamic field in above-mentioned two groups of embodiments, due to using survey
Training originally directly sends the acquisition instruction of base station position information to module, and so there is no need to send order manually to obtain base station position
Confidence breath, can effectively improve the efficiency of test job；Also, lattice are carried out to base station position information data by specified function
Base station position information data can be quickly and easily converted into the format of map software needs in this way, replaced by formula conversion process
For the process handled manually to a large amount of location coordinate informations, facilitates and base station position information data are introduced directly into map software
In；After the text file directly acquired is imported in map software, location information dynamic trajectory can be shown, facilitates result point
Analysis is shown, is worth being used more widely.
In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance
Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or
Implicitly include at least one this feature.In the description of the present invention, the meaning of " plurality " is at least two, such as two, three
It is a etc., unless otherwise specifically defined.
In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show
The description of example " or " some examples " etc. means specific features, structure, material or spy described in conjunction with this embodiment or example
Point is included at least one embodiment or example of the invention.In the present specification, schematic expression of the above terms are not
It must be directed to identical embodiment or example.Moreover, particular features, structures, materials, or characteristics described can be in office
It can be combined in any suitable manner in one or more embodiment or examples.In addition, without conflicting with each other, the skill of this field
Art personnel can tie the feature of different embodiments or examples described in this specification and different embodiments or examples
It closes and combines.
Although the embodiments of the present invention has been shown and described above, it is to be understood that above-described embodiment is example
Property, it is not considered as limiting the invention, those skilled in the art within the scope of the invention can be to above-mentioned
Embodiment is changed, modifies, replacement and variant.
Claims (10)
1. a kind of test method of base station location dynamic field, which comprises the following steps:
S1: the connection between module is established
The connection established between test script and module is simultaneously communicated, and the order for obtaining base station location is sent to module, and obtain
Take the location information of base station；
S2: the format that base station information data conversion is required at map software
For the base station position information data that step S1 is obtained, map software requirement is converted thereof into using format transfer function
Coordinate format, and data are saved, basic format transfer function is as follows:
TempX=str (int (X))+" ° "+str (int ((X-int (X)) * 60))+" ' "+str ((((X-int (X)) * 60)-
Int ((X-int (X)) * 60)) * 60)+" " ", wherein X is base station position information data；
S3: multiple groups base station information data are obtained
Circulation executes step S1 and S2 up to test job completion, obtains base station information data of the multiple groups after format is converted, and
Data are saved；
S4: test job terminates
After completing test job, the data file handled well in test process is obtained；
S5: test data is imported
The test data file obtained in step S4 is imported into map software, and the test position Grid Track of dynamic field is shown
In map software.
2. a kind of test method of base station location dynamic field according to claim 1, it is characterised in that: in the step S1
In, connection is realized using serial port between test script and module.
3. a kind of test method of base station location dynamic field according to claim 2, it is characterised in that: in the step S1
In, test script establishes connection simultaneously to realize by quoting the serial communication of SerialPort module between test macro and base station
Communication.
4. a kind of test method of base station location dynamic field according to claim 1, it is characterised in that: in the step S1
In, sending to module and obtaining the order of base station location is AT instruction.
5. a kind of test method of base station location dynamic field according to claim 1, it is characterised in that: in the step S1
In, the base station position information data that module obtains are accuracy data and dimension data.
6. a kind of test method of base station location dynamic field according to claim 1, it is characterised in that: in the step S2
In, the coordinate format that map software requires is ddd ° of mm ', and the coordinate format for the base station position information data that module obtains is
ddd.ddddd°。
7. a kind of test method of base station location dynamic field according to claim 5, it is characterised in that: in the step S2
In, the accuracy data for the base station position information data that module obtains is E, then is converted into the function of map software precision prescribed format
It is as follows:
TempE=str (int (E))+" ° "+str (int ((E-int (E)) * 60))+" ' ", wherein tempE is conversion accuracy lattice
Accuracy data after formula, str (int (E))+" ° " is for being rounded the degree position in accuracy data, str (int ((E-int (E)) *
60))+" ' " for being rounded to the quartile in accuracy data.
8. a kind of test method of base station location dynamic field according to claim 5, it is characterised in that: in the step S2
In, the dimension data for the base station position information data that module obtains is N, then is converted into the function that map software requires dimension format
It is as follows:
TempN=str (int (N))+" ° "+str (int ((N-int (N)) * 60))+" ' ", wherein tempN is conversion dimension lattice
Dimension data after formula, str (int (N))+" ° " is for being rounded the degree position in dimension data, str (int ((N-int (N)) *
60))+" ' " for being rounded to the quartile in dimension data.
9. a kind of test method of base station location dynamic field according to claim 1, it is characterised in that: in the step S2
In S3, data will be saved in the form of text file.
10. a kind of test macro of base station location dynamic field is carried out using the described in any item test methods of such as claim 1-9
Test characterized by comprising
Link block, for establishing the connection between test script and module and being communicated；
Format converting module, the coordinate format of the base station position information data for obtaining module are converted into map software requirement
Coordinate format, and data are saved；
Execution module is recycled, circulation executes step S1 and S2 until test job is completed；
File acquisition module obtains the data file handled well in test process after completing test job；
File import modul, for the test data file handled well to be imported map software；
Central processing module is instructed for issuing to other modules, completes relevant action；
The link block, format converting module, circulation execution module, file acquisition module, file import modul with center
Processing module electrical connection.
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